Permanent power source development device

Abstract

To provide an artificial device that resembles the network of nerve fibers in biology.SOLUTION: Nerve fibers extending from the human brain cells have fractured surfaces called synapses and form a small electric current called an impulse in the gaps generated at the fractured surfaces. As this formation is repeated at the synapses, the small electric current of the impulse is combined and increases in power. As a result, the brain cells continue to secure an infinitely stable power source. This fact certainly exists. In other words, the brain's power source development continues until the human dies, until the heart stops, and, paradoxically, if a human does not die, the power source will continue to be secured forever. How is the electric current that constitutes this power source created in the brain. Focusing on the structure of the nerve fibers of the brain, an artificial device similar to the network of nerve fibers in biology has been realized by applying engineering and physics to the study.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to the development of a device for maintaining a permanent power source.

Background Art

[0002] This article "Development and Practical Application of a Permanent Power Source" (hereinafter also referred to as (C)) is a newly written paper that improves on the essence of "Development of a Permanent Power Source" (A) published by the Agar Institute in January 2022 and "The Mechanism of Developing a Permanent Power Source - I Wish Middle School Students Could Say 'I Understand'" (B) published by the same company in January 2023, and has been improved towards the practical application of the development of a permanent power source. (C) is an unpublished paper in the practical application section of the development of a permanent power source. Also, it has not been commercially published. This application is an applied version created by adding new content on practical application to this article for patent application purposes.

Prior Art Documents

Patent Documents

[0003]

Non-Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] The problem to be solved is that conventional power generation requires fossil fuels or nuclear power.

Means for Solving the Problems

[0005] The present invention focuses on the structure of nerve fibers in the brain and realizes practical application by considering an artificial device similar to the network of nerve fibers in biology from the applications of engineering and physics.

Effects of the Invention

[0006] The device for developing a permanent power source according to the present invention focuses on the structure of nerve fibers in the brain, and has developed an artificial device similar to the network of nerve fibers in biology from the perspectives of engineering and physics applications, so it has the advantage of not using conventional fuels.

Brief Description of the Drawings

[0007]

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Mode for Carrying Out the Invention

[0008] First Author of this manuscript, Tsuyoshi Uragami (hereinafter also referred to as "I". Reading of the name: Tsuyoshi Agari) Person who filed the patent application, Tsuyoshi Uragami Agari General Research Institute is a publishing company (Agari General Research Institute, Ltd.) established by Tsuyoshi Uragami. In addition to the publishing business through an agent, it conducts research on the development of permanent power sources. Although it was established in Yamaguchi Prefecture, it has now moved to Tokyo. Residence of Tsuyoshi Uragami: 4-203, Flat Kounan 4, 3-35-7, Minami Kounan, Suginami-ku, Tokyo 166-0003 Address of Agari General Research Institute: The same as the above residence. Phone number: 03-6383-2237 (Agari General Research Institute, weekdays from 10:00 to 15:00) Mobile number: 090-1687-4783 (shared by Agari General Research Institute and Tsuyoshi Uragami, from 10:00 to 15:00) This manuscript "Development of Permanent Power Source for Practical Use" (hereinafter also referred to as (C)) is a newly written paper. It improves the gist of "Development of Permanent Power Source" (A) published by Agari General Research Institute in January 2022 and "The Mechanism of Development of Permanent Power Source - I Hope Middle School Students Can Also Say 'I Understand'" (B) published by the same company in January 2023, and is improved towards the practical application of the development of permanent power sources. (C) is an unpublished paper in the practical application part of the development of permanent power sources. Also, it has not been commercially published. This application is an application version created by adding new content of practical application to this manuscript for this patent application. Regarding the above-mentioned publications (A) and (B) related to the development of permanent power sources published commercially by the Agari General Research Institute, I sent them to Stockholm from January 2022 to January 2023. (A, B) were attached as they were in the original text and recorded on a CD-R as reference materials for the patent application and submitted. Regarding (B), it is stated that my copyright can be used only for the purpose of reviewing this manuscript. However, regarding the patent application, my copyright can also be used for (A), and also for this manuscript "Practical Application of Permanent Power Source Development" (C). Therefore, for the purpose of the examination related to the patent application, the copyrights of (A), (B), and (C) are waived for processing and copying for the above purposes. The main part of this manuscript is in boldface.

[0009] Reasons for undertaking the development of a permanent power source The nerve fibers extending from human brain cells have a broken surface called a synapse, and while in the gap formed at the broken surface, a microcurrent called an impulse is composed. While repeating this composition at the synapse, the microcurrents of the impulses are combined and the power increases. As a result, the brain cells continue to ensure an infinitely stable power source. Such a fact surely exists. That is, until a person dies and until the heart stops, the power development of the brain continues. And conversely, if a person does not die, they will continue to ensure power forever. How is the current that constructs that power source created in the brain? I focused on the structure of the nerve fibers in the brain and considered and realized the practical application of an artificial device similar to the network of nerve fibers in biology from the application of engineering and physics. That is, the device ensures power permanently, and the process of its development exists in the basic theory described in (A) and (B). However, in (C) the practical application, there is novelty in the device applying the basic theory, so a patent application is being filed. Purpose and purport regarding the practical application of permanent power source development The purpose of developing a permanent power source is the mechanism of a device in which the power source generates electricity permanently and is used as a power source. It is related to the development of power generation and power sources to replace past nuclear power generation, thermal power generation, solar power generation, hydroelectric power generation, etc. It is a theory and practical application developed to protect the energy sources of the earth and humanity while conserving the environment and lifelines. No matter how excellent the performance of a long-lasting battery is, it has the destiny of being charged. The use of fossil fuels also pollutes the atmosphere. The theory of the practical application of developing a permanent power source without such demerits is this article. 1) When observing brain cells (neurons), the nerve fibers extending from the brain cells contact the nerve fibers derived from other brain cells, and at the time of human birth, they contact the nerve fibers of the brain cells, which are said to be 40 billion, creating a dense network like being woven by the hand of God. Why are brain cells used as the basic theory for developing a permanent power source? It is because the brain cells and the nerve fibers derived from them are important for the mysterious network in the brain woven by nerve fibers. Brain cells are an essential condition for the theory of developing a permanent power source. However, there is a gap at the contact part called synapse where the nerve fibers contact. The charged microcurrent (in the unit of mV) called impulse has to cross the 0.02μ gap (1μ is one-thousandth of 1 millimeter) of the synapse. In terms of an electric wire, it has to cross the broken part from the terminal part where the current of the nerve fiber arrives to the opposite shore (receptor) on the receiving side that undertakes the bridging. In textbooks and common sense, it is assumed that the neurotransmitter existing in the synapse intervenes, and the neurotransmitter acts on the impulse to make it jump over the broken part. However, actually, it is not the case. What makes the impulse of the microcurrent reaching the terminal part of the nerve fiber jump over the synapse gap and be taken over by the receptor on the opposite shore is the ion group gathered in the synapse. The neurotransmitter is a medium that maintains the movement of ions. Therefore, the neurotransmitter is a substance related to the voltage amplification of the impulse, which is an electric current, from the ion flow in the dielectric environment in the synapse in biology. It exists as an environment that makes it easier for the receptor to receive the impulse. Ions are divided into positively and negatively charged, but when a weak millivolt impulse enters a synapse, the movement of ions moves from - to +. The flow of ions becomes an electric current, amplifying the charge of the impulse. Due to this action, the impulse that arrives at the terminal part of the nerve fiber is increased in electric charge and can move across the synaptic gap to the receptor on the opposite side. Although an impulse is a minute electric current, its speed is about 120 meters per second. This is because there are countless synapses scattered throughout nerve fibers, and a mechanism exists that allows the impulse to cross the gaps between them. However, because the impulse is a minute electric current, it has electrical properties, and this current, the impulse, moves in one direction from +. The nerve fibers that extend from and derive from brain cells have an amazing mechanism for increasing electricity at synapses. This increase in electricity is different from discharging electricity, and is the process of amplifying the minute current of the impulse and crossing the synaptic gap. This process is aided by groups of + and - ions concentrated in the synaptic gaps. If we consider the charged ions as electrons, electric current is the flow of electrons, so we can say that electric current flows from - to +, but the trigger for ions to become electric current is a phenomenon that occurs when an impulse enters a synapse, and is the mechanism for crossing the dashed line called the synapse. I have named the movement of the impulse crossing the dashed line and the movement of the ions the waterwheel theory, and have realized a practical engineering model. Therefore, in this article, electric current flows from + to -, just like in Faraday's time.

[0010] Below, we will explain the movement of the current that jumps over the dashed line and the mechanism and process by which the current increases. Also, from an engineering and physical perspective, a model for developing permanent power sources can function stably and safely by building it with a regular hexagonal object / hamnica structure. A regular hexagon is a strong structure that follows the laws of nature. The nerve fiber networks and synapses derived from brain cells are covered with insulation made of glial cells, preventing the leakage of charged impulses. 2) The synapses at the junctions of the nerve fibers extending from the brain cells and other nerve fibers are covered by the insulators of glial cells. Ion groups and impulses are charged. In order to operate the waterwheel theory defined by me, leakage must be prevented. Therefore, in order to put the artificial synapse into practical use, it must be covered with an insulator to prevent leakage. A capsule-shaped artificial pseudo-synapse made of materials such as rubber, glass, non-conductive plastic, etc. is made. Hereinafter, the capsule-shaped artificial pseudo-synapse is also referred to as an artificial synapse. Different from the synapse in organisms, it is an artificial synapse heading towards the practical application of permanent power source development. This capsule is constructed as an artificial synapse that mimics the functions required for a permanent power generation device as described below. The material to be injected into the capsule is a solid obtained by mixing copper powder with carbon. Carbon forms a hexagonal structure and forms an excellent layer for the ion groups to move around. It is convenient for the free movement of ion groups. Copper powder is a metal that mimics the neurotransmitter at the synapse of brain cells, but as described in this section, it has the role of a dielectric environment and has the function of guiding + and - ions into an electric current. The ions freely moving in the carbon layer are changed into an electric current. The mixing ratio of copper powder and carbon is 1 to 9. Mix them evenly so that the copper powder and carbon maintain a homogeneous state without bias in a certain direction. Then, how are the ions in the artificial synapse created? The electric current that reaches the gap of the artificial synapse through the electric wire generates ions by forming electrodes, similar to the principle of electrolysis. The + and - ions convert the ion group into an electric current in the artificial synapse, and according to the mechanism of the waterwheel theory shown in section 6) of this item, the electric current increases itself. Thereby, it crosses the gap and heads towards the next artificial synapse. The repetition of this generates a large amount of electric current. Also, when a circuit network connected in a regular hexagon is connected in series, an even larger amount of electric current can be obtained. When connected in parallel, a large amount of electric current cannot be obtained, but it is suitable for ensuring a small-scale electric current used in mobile phones, etc. As described in 8), a circuit network for amplifying the flow of electric current by looping the artificial synapse is artificially constructed. 3) Voltage adjustment In brain cells, voltage regulation is achieved by different parts of mitochondria. Mitochondria are reservoirs of ion groups, and they regulate the amount of ions to maintain the stability of the brain's internal voltage as needed. For the practical device of permanent power source development, voltage regulation can be achieved by existing transformers. However, if the device used is as small as about 1 centimeter in diameter and the operating current is stably small, connecting the practical devices in parallel can work. The practical device using the transformer described in this section can combine series and parallel connections to construct a stable and safe voltage environment, so there is no particular need to rely on transformers. If frequent adjustment of voltage increase and decrease is required, a transformer can be used. Therefore, in artificial synapses, in principle, the need for a transformer depends on the purpose of use. 4) Effects towards practical application With the practical application of permanent power source development, humanity can build a house with a permanent air conditioner directly under the equator and cars can run without charging anywhere. Jets can also fly around the world using a powerful motor powered by electricity instead of having an engine or using gasoline. Even in space, the development of a permanent power source can, for example, realize a second Earth-like world on Mars. Furthermore, smartphones and home appliances that are close to us can be used forever without the hassle of charging. Thus, dangerous nuclear power generation, thermal power generation that continues to pollute the atmosphere, solar power generation that takes up too much area, and wind power generation that doesn't work without wind, etc., such power plants are no longer needed.

[0011] The cost required for the practical device of permanent power source development is subject to the law of supply and demand, and the cost of purchasing the device must be paid. However, regarding the electricity bill for a permanently usable power source, the economic law does not apply. The power source created by the development of a permanent power source can be used as a natural substance that incurs no cost, just like air. Then, in principle, the commercial value of electricity becomes 0 yen economically. The basic theory for the realization of such permanent power source development lies here. And the struggle and war for seizing lifelines will also fade from this world. The permanent power source development I have developed will bring glorious achievements for the Earth and humanity. 5) Formula for permanent power source development

[0012] Formula for Constant Power Supply Development

Number

[0013] E is the power supply obtained by this formula, mV is millivolt, and since the coefficient of mV is 1, 1×mV = mV. i ranges from 1 to ∞, and E is the sum of the power supplies. Since this formula represents the movement of impulses and ions running through the synapses of brain cells and their nerve fibers, mV needs to be replaced by V for practical use.

Number

[0014] As described in the previously published (A) and (B), since impulses are weak currents, not all impulses reach the receptors. In order to utilize the electrons of the ion group, the coefficient of mV should be 1 or more, and the impulses that obtain the charge quantity of 1×mV can utilize the current that branches off from the ion flow. Impulses with a coefficient of 1 or less cannot collect the voltage across the synaptic gap. If the charge quantity of the impulse is too weak, the power of collecting electricity from the ion group cannot be obtained. Therefore, such impulses cannot jump over the synaptic gap and are ionized at the synapse. The synapse also serves as a controller that governs the stop and go of impulses. Please refer to the following illustration of the waterwheel theory.

[0015] An impulse is an electric current that conveys the information stored in genes in the brain to the necessary parts of the body. Information that relies on many brain powers such as human thinking ability, memory, mental power, creativity, the ability to move the body, and others is controlled by the network in the brain. However, not all impulses cross the synapses of nerve fibers. Therefore, there is also unnecessary information. If there is no need for the impulse to increase in charge and cross the synapse, the charge amount of the impulse will also become smaller. The synapse has a function of selecting impulses. In this way, the nerve fibers in the brain spread a consistent information network, which is woven densely like the hand of God. Conversely, in the case of an artificial synapse, if the current reaching the end part of the broken line is α, then α needs to increase in charge from the ion group inherent in the artificial synapse in order to reach the receptor. That is, the current moves ions - creating a flow from + ions to - ions, generating the current flowing from + to - described in the waterwheel theory. Let that ion current be β. As already described, since the artificial synapse is a capsule hardened with copper powder and carbon, the current reaching the artificial synapse reacts with the copper powder and carbon, causing electrolysis. Therefore, in the artificial synapse, positive and negative ion groups are generated. Those ion groups transition into an electric current. Then, inside the artificial synapse, the current generated by the transition from ions is attracted to the current reaching the end part of the broken line, and the current increases in charge. Therefore, the current charged with α + β is collected based on the waterwheel theory, and the current increases in charge. As a result, the current flows toward the receptor side. By repeating this, the power source runs through the circuit network and is secured to infinity. 6) Mechanism of current generation in an artificial synapse for permanent power source development When a magnet bar with N and S poles is inserted into the coil cylinder, power is generated. When the magnet bar is inserted into the coil with the directions of N and S changed, the direction of the current flow is reversed. By touching the needle of the compass to the right or left, positive or negative current is generated. This is the logic of a power plant using a magnetic field. In electrolysis, when an electric current flows, electrons and +ions combine at the - electrode, and the -ions transfer electrons to the + electrode. The flow of electrons is one-way, i.e., "-ion → + electrode → - electrode → +ion". In a battery, the metal that is more likely to become ions leaves electrons at the - electrode and dissolves. The electrons move from the - electrode through a conducting wire to the + electrode and combine with +ions. In contrast, in the development of a permanent power source, a negative current reaches the terminal part of the artificial synapse, and the + and - ion groups create a positive electrode. In one of the receptors, the artificial synapse causes the + and - ion groups to create a negative electrode on the side of that receptor. This effect is generated by the flow of +ions and -ions, which is the nature of the ion groups. That is, as shown in the figure in item 1) of this section, at the terminal part of the nerve fiber, +ions and -ions create a positive electrode, and at the receptor part, -ions and +ions create a negative electrode. Then, an electric current is transmitted from positive to negative in the synaptic gap, constructing a system that jumps across the gap. Therefore, the electric current flows from positive to negative. The basic structures of the electric currents and ion movements in both the artificial synapse and the nerve fiber derived from brain cells are the same. The development of a permanent power source is an application from biology to engineering and physics. The electrolyte material that constitutes the artificial synapse is, as already described, a mixture of carbon and copper powder, and the artificial synapse must be covered with an insulating material to prevent leakage of electricity. 7) Extracting power from the device for the development of a permanent power source Connect the wires covered with an insulator from the artificial synapses in a regular hexagon. The reason for seeking a regular hexagon has already been described. It is because the stability and safety born of nature exist in that shape. Then, a regular hexagon wiring with artificial synapses arranged everywhere is completed. Drive and install the wiring woven into a regular hexagon into a board made of an insulator material. The arrangement of each artificial synapse may be random, but at the intersection points of the straight lines that draw a regular hexagon, install artificial synapses. The reason is to connect with other regular hexagon wiring boards. That is the repetition, and the device is the stacking of those wiring boards. The connection may continue horizontally, but considering the size of the device, it may be a paperweight type installed on a layered wiring board. Stacking those paperweight type wiring boards, it is possible to make the shape of the device circular, square, etc. according to the purpose. Therefore, it is also possible to make a spherical device by stacking several regular hexagon wiring boards. Since the layered wiring board is of the paperweight type and the wiring board is made of an insulator material, the periphery of the stacked wiring boards can be processed in any way. Then, assuming the wiring board woven into a regular hexagon as S, connect it with S1, S2, S3, --- Sn --- S∞. Series and parallel can be freely designed according to the securing of power supply.

[0016] (1) Once at the beginning, pass a current of about 1.25V through the wires to form + and - ions by the electrolyte in the artificial synapse. Thereby, the movement of the waterwheel theory in the artificial synapse that simulates the synapse in the process of extending from the nerve fibers of brain cells starts, and self-power generation becomes permanently possible. Then, a power supply can be obtained permanently. Since the device is the joining of the above plates, therefore, the artificial synapses loop to construct an infinite circuit network. The developed device operates based on the theory of permanent power supply development after obtaining the initial current. By passing the initial current, it can continue to be linked with the developed device thereafter, so once the current is passed, no other required operations are necessary. At sites around the world, it is only necessary to prepare a 1.25V power supply for switching purposes as needed. The initial current can be generated by passing a magnet through the coil cylinder, or by using a 1.5V dry battery or a manual generator. If the developed device is to be commercialized, it is also possible to pre-energize the device with the initial current and sell the device in a state where the process of passing the initial current has been performed. (2) As described in item 2) of this section, it is essential that the inside of the artificial synapse is homogeneously mixed with copper powder and carbon in a ratio of 1 to 9 and solidified into an unbiased entity. Since the copper powder particles are via electrons, the size of the copper powder particles is determined according to the size and purpose of the device. Regarding the purity of the copper powder, a high purity is not necessary. As long as electrolysis does not occur in pure water, the copper powder may contain impurities according to the purpose. Or, instead of the ratio of copper powder to carbon being 1 to 9, it can be 1.5 of copper powder to 8.5 of carbon, and silicon or the like can be added to the copper powder to deliberately make it an impure copper powder. The copper powder is not mixed with impurities, but copper and impurities are combined as an integral substance, and the copper powder and impurities are not separated. Impurities are added when melting the copper and solidified as an integral substance. It means processing the impure copper into copper powder. It is homogeneously mixed with carbon and injected into the artificial synapse. The size of the artificial synapse depends on the purpose of the device, but being 1 mm × 1 mm or less is suitable for the purpose of the device for permanent power supply development. Since this device supplies power permanently, it is required to be compact in terms of application and have a defensive property for ensuring safety. (3) The plates shown in item 7) of this section for assembling the device use a combination of parallel and series to ensure the required voltage obtained from the device for permanent power supply development. (4) As mentioned earlier, since the mitochondria of brain cells are the sites for adjusting the ion amount, in the device for permanent power supply development, it is required to appropriately prepare a transformer to adjust the voltage amount. The position where it is installed is determined according to the application. (5) All artificial synapses and electric wires existing in the device for developing a permanent power source need to be covered with an insulating material. This is for improving the operating power of the device and ensuring efficiency and safety required by the user side. 9) Shape of the power supply device for developing a permanent power source The device is easy to use and assembling it enhances convenience. As shown in item 7) herein, whether the plate of the device is circular, square, or triangular, and whether the plates are stacked, as long as it is suitable for using the device. Since the basic system type for developing a permanent power source is a paperweight type, as long as the function of the paperweight type is not impaired, the shape of the product such as button-shaped, box-shaped, or cake-shaped does not matter. In use, it is expected that convenience will continue to expand widely to the paperweight type for humanity, countries around the world, and the earth. Conclusion Note that the term "artificial synapse" is also used unspecified by many others. However, the practical application based on the function of nerve fibers derived from brain cells in this article for the purpose of developing a permanent power source in engineering and physics is different in means and purpose and belongs to another category, so it does not interfere with the purpose of use and the proposed idea of that term by others. The artificial synapse mentioned in this article is a term for promoting industrialization in the development of a permanent power source. References "Development of a Permanent Power Source" (A) Agarri General Research Institute, January 2022 issue and "The Mechanism of Developing a Permanent Power Source, I Wish Middle School Students Could Say 'I Understand'" (B) Agarri General Research Institute, January 2023 issue

[0017] Reference (A) Introduction The basic theory of developing a permanent power source transforms the power energy source of humanity. This article is correct. Animals, including humans, as well as bluebirds, extend nerve fibers from neurons, which are a type of nerve cell, and connect with other nerve fibers to form junctions called synapses while allowing electrical signals called impulses to pass through. An impulse gains an electric current at the synapse, increasing its charge quantity, and with momentum, it crosses the synapse, each time binding the junctions of nerve fibers to expand a diverse and meaningful network of nerve fibers. Thus, the charged impulse passes through synapses that spread infinitely within the network of nerve fibers. Many ions gather at the synapse. The charged electrical signal of an impulse flowing through a nerve fiber electrolyzes sodium chloride contained in the human body, creating positive and negative ions at the synapse. The electric power generated by humans and organisms is created at the synapse with a gap of 0.02 μ (μ·micron·1 μ = one-thousandth of a millimeter), which is the junction of nerve fibers. Sodium chloride, so-called salt, is contained not only in the human body's blood but also in sweat and urine, and its effect is said to act on the body's physiological functions. However, it is the charged impulse, an electrical signal composed electrically by ions, that drives these physiological functions. Therefore, salt is taken into the body as a material for electrically controlling the brain and various parts of the body. As described in the text, an impulse obtains more electrical energy while gaining ion current and current due to a magnetic field at the synapse. Since an impulse is an electrical signal, it must cross the gap of the synapse. At that synapse, an electrical movement of an ion group can be seen due to the movement of the charged impulse. Negative ions generate electricity while chasing positive ions, creating a current in the direction opposite to the direction of ion flow. The generated current converges from positive to negative to become the flow of electric power. Thus, ions generate an electric current at the synapse. That current heads towards an impulse with a large charge quantity, and the impulse with an enhanced charge quantity crosses the synapse. The impulse creates a magnetic field and further generates an electric current. That is, the charged impulse attracts the flow of ions in the synapse to generate an electric current. The current is attracted to the impulse to amplify the charge of the impulse in order to cross the synaptic gap. The gap called synapse that connects neurons is the place where animals including humans generate electricity. We are alive thanks to the electric power obtained from the power generation of that synapse. In the case of animals, this power generation work is carried out in the head, increasing the charge while jumping over the synapses of nerve fibers. Humans collect the current generated by synapses until they stop breathing. That is, animals continuously collect electric power permanently as long as they do not die. If artificial synapses can be created at the levels of engineering and physics, the electric power can be supplied without ever cutting off the power source. That is, it is as described in the formula written in this theory. An infinite and permanent power source will be developed and will continue to provide light and energy to humanity. Although the text of this theory is numbered (1) to (9), it is not chapter-structured. The logic is single, but the text is simply divided into nine parts. This theory is a basic theory. Author: Takeshi Uragami Lucky day in January, 2022

[0018] This theory Humans generate electricity by themselves to secure a power source and use it as the power to move their own lives. That is a fact. It moves the thinking emotions and the muscles. All of these are due to the power generation function inside humans and the network of nerve fibers spread throughout the human body including the brain. Where and how is that power generation carried out? By elucidating that biological power generation system and obtaining references from engineering and physics, it becomes possible to artificially develop a permanent power source. Elucidating that is the purpose of this theory. I discarded the cultivation of common sense and constructed a theory from a stance that could be said to be non - common sense. By doing so, various frameworks were removed, and the aspect of primordial human body power generation began to come into view. Perhaps it will be said that it is wrong in terms of common sense. Certainly, that's the case. On the contrary, it can also be said that because it is wrong in terms of common sense, it is correct in terms of non - common sense. I continued to hold such a stance. Such things are not written in textbooks. That's fine. I believed in my creativity and constructed this treatise. And the important result of this treatise, the development of a permanent power source, is the fact that countless synapses, which are the junctions of nerve fibers, have a power - generating function. There is a tiny gap in the synapse, and electricity is generated within that gap. The impulse that collects the obtained electricity crosses the synapse, heads towards the next synapse, and further increases the voltage through electricity collection as it travels along the nerve fiber, which serves as a conducting wire. In this treatise, notationally, the terms of synapses with a power - generating function in biology and artificial synapses with a power - generating function in engineering and physics are used in parallel. However, it only separates biological synapses from artificially created synapses. There is no special difference between the two in terms of the power - generating function, and depending on the content of the argument, the two terms are used. That is, when considering biological synapses from an engineering and physical perspective, it is just denoted as an artificial synapse. Furthermore, a magnetic field is generated in the conducting wire through which the charged impulse passes. This is also the principle for obtaining electric power. This biological and mysterious synapse was placed into the world of engineering or physics. All living things generate electric power with this synapse, are collected by charged impulses to increase the voltage, and run through the nerve - fiber network inside the living body. Then, the electric power is collected by impulses to obtain a further power source. The collected power sources repeat series and parallel connections. Also, nerve fibers are woven in a complex network pattern, and the current flowing through that network maintains the stability of the power source while maintaining multi - directional directivity without interruption. In this way, the electric power permanently maintains the power source, and the required current is constantly supplied without interruption. The basis for its development is this treatise. For example, the electric eel, which has the ability to generate 600 volts of electricity at once, stores the electricity generated in its body in an internal capacitor and discharges it to its prey to secure a power source to paralyze it. So far, this is the world of textbooks. However, how does the electric eel obtain electricity in its body? Its capacitor is something like a battery arranged in series. Incidentally, it is also said that the electric eel has electricity-generating cells in its body, which enables it to generate electricity. However, in my opinion, those electricity-generating cells are storage cells. Electricity generation occurs in another part and is stored in storage cells similar to batteries. However, the electricity generation of all organisms, including humans and other organisms, generates electricity at countless synapses that accumulate in the part of the nerve fibers in the body. Paradoxically, organisms cannot survive without generating electricity themselves. Electricity generation in the body is an essential condition for the survival of organisms. The old pine tree, which is known for its long life, has lived for thousands or hundreds of years while generating electricity. The theory of the development of a permanent power source described in this book is based on the original idea of developing a mechanism that generates a power source permanently, and it is a theory that reforms the energy source of humanity from the root. It is not a design drawing. It is not something that pursues a dream. This theory is an objective fact. It does not specifically discuss the configuration of renewable energy or a future-type power plant with a limited future. I hope that it will be the work of excellent engineers to build technology development based on this paper, which I propose. That is to say, this theory of the development of a permanent power source is a major discovery in nature. Although it may be unconventional in common sense thinking, it can become a basic theory for the expected earth energy in the future. In addition, in this book, the author directly added some drawings and pictures. This is because it is more realistic and easier to understand by modeling my thoughts from my fingertips. The brain and fingertips are directly connected. The hand is also said to be a part of the brain. Then, it is also good to look at and think about the flow of thoughts with the fingertips. In this treatise, terms such as biology, engineering, and physics are used interchangeably. Biology is regarded as the research, knowledge, and wisdom related to the functions of living organisms. As for science, since it is generally too broad a concept in natural science, it will not be used as a vocabulary term in this treatise. Regarding engineering and physics, although they are considered within approximately the same scope, it is a concept of engineering created as a result of physics inspired by living organisms. The core of this treatise is to consider bioelectricity in organisms such as humans from an engineering or physical perspective, reinterpret physically the weak electric power emitted at the junctions of the nerve fibers of organisms (as will be described later, attention was paid to the power generation function at synapses), create permanent power generation through engineering, and develop and utilize it as a permanent power source for humanity. The ion groups gathering near the gap of the synapse enhance the power generation function by the charged impulse, and the weak electric current created by positive (+) and negative (-) ions is collected by the charged impulse. Also, power generation by the magnetic field due to the current of the impulse is added, and the charging ability of the impulse is further enhanced. As will be described later, the so-called waterwheel theory operates at synapses. The essence of the waterwheel theory is that due to the electrical properties of the impulse passing through the synapse, a power generation force by positive and negative ions is generated in the gap of the impulse, generating electric power and becoming an electric current. The power of the charged impulse amplifies the flow of electric power like a rotating waterwheel. The ion group at the synapse creates electric power, becomes an electric current, and is collected by the charged impulse. The charged impulse will further increase the amount of power source. The faster the speed of the electric current, the greater the amount of electric power. The power source can hold more electric power. Therefore, the electric power generated at the synapse is collected by the impulse, increasing the charge amount of the impulse. This is the basic purport of the development of a permanent power source. By applying this theory of permanent power source development to artificial devices, a power source that never stops can be ensured. Then, this artificial device will obtain a non-stop power generation force through artificial synapses, and humanity will obtain an invaluable asset. Development of a permanent power source. Through researching the power generation by the human brain biologically, I have replaced its power generation function physically and technically, and theorized it with a lot of basic research. This is a theory developed to generate electricity permanently from weak current to large-capacity current without stopping the power supply or being stopped. With the development of a permanent power source, when the devices required by industrial technologies based on the theory are completed, all existing power plants will lose their necessity. There will be no need to buy electricity. There will be no need to store current in batteries for power supply. Automobiles will keep running with the development of a permanent power source and there will be no need to enter charging stations like hybrid cars. The anxiety of power cut due to lightning strikes will also disappear. The scenery of a town without electric wires will return to the Middle Ages. On a global scale, there will be no need to charge smartphones either. Although portable smartphones are functional and convenient, they are faced with the troublesome task of charging frequently to avoid power cut. This is inconvenient. With the practical application of this theory, it will be convenient because there will be no need to charge. The troublesome charging of smartphones was the first reason that motivated me to develop a permanent power source. Why do we have to repeat the troublesome charging that no one would want? Let a weak current or a strong current on the scale of a factory be constantly supplied as a power source according to the application. The theory of the basic research related to the development of this permanent power source is my precious creation and the property of humanity. Furthermore, the hint to promote the development of this permanent power source was the human brain. The brain generates electricity based on the theory of the development of a permanent power source by itself. Where and how can the human brain generate electricity? Although this theory is theoretical, a theory is composed of logic, and the logic is presented in a straightforward manner. In Japan, when verifying logic, the system of "introduction, development, change, and conclusion" may be used, but it is not effective for explaining the logic of original creation and makes understanding difficult. Therefore, in this theory, I try to present a straightforward development such as "if this is the case, then this will happen". And for verification, I try to present a paradox such as "if it is not like this, then it will not be like that". Then, the logic will show an objective conclusion or fact. Based on such a stance, I will develop the original theory of the development of a permanent power source. The root of power generation in the development of a permanent power source lies in the tiny gap existing in the synapse (the junction of neurons), which combines neurons (nerve fibers derived from brain cells with dendritic processes having nuclei) with other neurons. The current obtained therefrom is charged into impulses to transmit electrical signals that move the brain and the human body. The fact that humans and organisms survive is because such a system is woven by nerve fibers and spread throughout the brain and the human body. Therefore, humans generate electricity by themselves to obtain a power source for survival. Biologically, synapses create new synapses by directing impulses. The charged impulses arriving at a synapse flow in an easy-to-pass direction by selecting a nerve fiber to head towards the next synapse. That is, when there is some stimulus in the brain and a charged impulse passes through the junction, which is another nerve fiber, new synapses are connected by the charged impulse, and thus nerve fibers derived from many neurons are woven to expand the network. Synapses sequentially determine the path for the current of charged impulses to pass through and weave the nerve fibers. On the contrary, synapses with few ion groups do not become the path for impulses with a large charge amount. This is the event of impulses weaving nerve fibers. The spread thereof is the network of nerve fibers. Even nerve fibers derived from the neurons of organisms, neurons through which charged impulses do not pass gradually lose the woven network, finish their role, break into pieces, and eventually stop passing impulses. Then, the aging of the brain accelerates. The network of nerve fibers that has been painstakingly woven also has a poor impulse passage here and there. Therefore, humans must exercise their brains and strive to maintain their physical strength on a daily basis. It is the destiny of the brain to be a living thing. The network will be fragmented if not exercised. Incidentally, the human brain has 14 billion neurons at birth, but the unused neurons will die off. Therefore, in order to train the brain, humans must make full use of their brains throughout their lives to connect charged impulses and synapses. This also applies to concentration, thinking ability, and physical strength. This paper summarizes the mechanism of power generation both engineeringly and physically as a theory. Artificial synapses compensate for the deficiencies of biological synapses and maintain a constant power supply. The charged impulses transmitted from the brain are electrical signals that spread throughout the body. The neurons in the brain send electrical signals via impulses all the way to the toes. When we try to move our hands, the brain sends electrical signals to the hands by means of impulses that have reached a speed of 120 m per second. We think, our emotions move, and creativity surges. All of these are due to the impulses at a speed of 120 m per second running around, passing through countless synapses, and activating the network function of the nerve fibers woven in the brain. Humans are electrically powered. That is, the nerve fibers continue to operate from the brain to the toes, receive signals from the brain, and we move our feet. Then the nerve fibers are connected from the brain to the toes, fingertips, and other various organs, and the nerve fibers also generate electricity by creating power at the synapses. In this way, electricity is generated everywhere in the body to obtain power. In order to ensure that the electrical signals from the brain reach everywhere, the nerve fibers in the body prevent the weakening of the power of the charged impulses and leakage of electricity while charging the electrical signals at the synapses. Still, the impulses with a small charge amount are decomposed into ions at the synapses. The ions create a weak current, and the necessary amount is collected by the next impulse with a large charge amount. Incidentally, taking the cell membrane as an example, there is also a theory that explains the generation of electricity with the potential difference of ions inside and outside the cell membrane. Based on the potential difference called the proton gradient of the cell membrane, ions are sent into the inside or outside of the cell membrane. The electrical signals transmitted from the brain spread throughout the body, and the neurons in the brain send the electrical signals all the way to the toes. However, this theory does not describe the mechanism of power generation. Instead, it describes the function of a transformer that adjusts the amount of current flowing, assuming the existence of an actual current. It does not directly theorize the power generation of humans or organisms. According to this theory, there are ion channels in the cell membrane, and there is a cell membrane device for adjusting the amount of ions to adjust the charge amount of impulses. Even if there is a proton gradient for adjusting the amount of ions, it does not explain the generation of electricity. The proton gradient explains the flow of ions, and the flow of ions is opposite to the flow of current, flowing from negative ions to positive ions. It describes the principle that the current generated by the flow of ions flows from positive to negative, conversely. As a result, positive ions at the synapse are attracted to negative ions, generating an electric current that flows from positive to negative, opposite to the direction of the ions. There is a property that the direction of attraction of positive and negative is opposite between ions and the current. As will be described later, when a charged impulse crosses the synapse, the electric power generated at the synapse becomes the current, and the impulse that collects this current increases its charge amount and obtains the electrical energy to cross to the receptor on the other side. Also, the voltage must be adjusted as electricity is produced. An excessive amount of generated current is likely to be discharged, but it is stored like an electric eel charger. Or, the discharge is ionized. The stored power is also used as needed. Replace such a biological mechanism with engineering or physics to develop a permanent power source. From the time we are born until we die, we continue to generate electricity through our own functions. The human brain creates electric currents within the brain, and by loading information onto these currents, it creates life. I was present at my mother's deathbed. The beating of the heart draws a weak mountain shape on the oscillograph. Then, it eventually becomes a straight line. Death. This is proof that the human brain can no longer generate electric currents. Even if the electricity generated by the synapses is sent to the heart muscle through impulses, the heart no longer responds to the charged impulses. When this happens, the charged impulses are unable to move the heart muscle and can no longer send signals, so the impulses have completed their role, and the synaptic power generation also finishes its job. The oscillograph that had drawn waves becomes a straight line. There are diseases that lead to death, and when it becomes impossible to send an electric current that will cure the disease, a person dies. There is a therapy that resuscitates a stopped heart by giving it an electric shock from the outside, but the heart is kept moving by an electric current provided by an energy source, and the heart does not become a generator pump and generate electric current by itself. Some people say that the heart is the source of electricity, which sounds plausible, but this is incorrect. This is putting the cart before the horse. Although it is called an electrocardiogram, there is an electric current that moves the heart, and that current is supplied to the heart by impulses. The theory itself should take the lead. In my theory, the electricity generated in synapses charges and amplifies impulses until the organs of the living organism retire, which I will explain later. If that is the case, humans and other living organisms can live forever if the organs do not retire. Since synapses have the ability to generate electricity, my thesis is that medicine and science should focus on research to promote the retirement of organs. If that were possible, humans would live forever. Although it overlaps with what was mentioned earlier, there is a plausible common saying that the heart is still generating electricity by repeating its pulsations. Since there is an electric current that moves the heart, the heart is moving by being supplied with that electrical energy. When the heart stops, it means that the state has been reached where an electric current cannot be sent to the heart. Considering this reasoning, by artificially continuing to function a power source development similar to that in the brain, the power source can continuously generate an electric current permanently without interruption and serve as a power source. Artificially function and move a permanent power source development that never dies. By doing so, the power source is permanently maintained. The keywords fundamental to this theory are synapses and impulses, and the amplification function of ions and neurons. That is to say, humans are born with the continuous power generation function and thus live with a permanently existing power source generated by synapses. The fact that a human dies is not because the function of generating this permanent power source has stopped due to its own degradation, but only because a disease leading to death has hindered the movement of the permanent power source development. The power source that should operate permanently has been stopped for reasons such as unexpected serious illnesses, and the theory of permanent power source development is thus obtaining an even more unshakable position.

[0019] By obtaining this permanent power source development, humanity will gain happiness, peace of mind, and rationalization beyond the Industrial Revolution. It will save the world. Electricity will become free like air. This is because it will lose its economic value. Dangerous nuclear power generation, clumsy thermal power generation, weak solar power generation, old-fashioned hydroelectric power generation, and dragonfly-like wind power generation will all become unnecessary. However, even now, there are many nuclear power plants that are being operated while hoping they won't break down, and thermal power plants that are operating while emitting CO2. The pitiful sight of solar power plants covering vast areas without considering economic efficiency by laying panels everywhere is all a reality of uneconomic and inefficient power plants. The lifeline power is insufficient on a global scale. The emergence of permanent power source generation will probably divide the two eras of the past tragedy and subsequent glory in relation to power supply. This book is a theory. It is a paper predicting the future. It is a theorized paper that follows the path of logic so that even middle school students can understand and visualize the entire permanent power source development. In the streets, utility poles disappear, and unsightly wires like spider webs are also eliminated. Automobiles no longer lack gas or require batteries and can run freely. Trains also no longer need overhead wires. Jet airplanes are improved, and eventually, all jet airplanes will use a powerful motor applying permanent power development as the power source, and the term "engine" that uses gasoline as fossil crude oil will disappear, and they will fly at higher speeds and over longer distances. Even in mountains and caves where light cannot reach, or under the sea, power is constantly produced through permanent power development. The power source of "engine" is no longer needed, and the era of being powered by motors arrives. Buildings and homes no longer experience power outages, and factories no longer worry about power shortages. Artificial satellites can orbit forever without worrying about power. By replacing all energy sources with permanent power, the Earth's environment and atmosphere will also change completely. Since gasoline is no longer needed, oil fields will be closed. As a result, the barometer of the international economy will immediately shift towards permanent power development. Then, electricity charges will become free or drop significantly. Eventually, it will also be possible to build a second Earth in a space station. There will be water, light, fresh air, plants, and food can be self-sufficient. There will be no need for old-fashioned power plants whose operation time is uncertain. Permanent power development will control not only the world but also the universe. The theory of permanent power development controls the world. Controls the Earth. Controls the universe. It controls the energy problem that humanity has been constantly troubled by. Controls poverty. Such is the theory. Although it is a theory on paper, with a paradox to verify the theory of permanent power development, it presents this as an objective fact that it is correct. So, how does the brain's generator work? The key point of my permanent power development is that the nerve fibers in the brain (although called fibers, they are nerve fibers extending from the nerve cells (neurons) in the brain) are intertwined in various ways to create a three-dimensional knitted fabric, enabling the generation of a biologically weak electric current from the joints of that knitted fabric. The weak electric currents are collected, and then, this weak current is artificially and mechanically connected in series in large numbers to strengthen it. Parallel connections are also added and used for the required power regulation and stability. And a permanent power development that can adapt flexibly is constructed. Where does power generation occur? It occurs at the synapse, a tiny 0.02μm (1μm is one thousandth of a millimeter) gap, which is the junction where the nerve fibers extending filamentously from the nerve cells in the brain are successively linked together. At the tip of a neuron, there is a nerve cell, and there is a gap called a synapse between it and the next nerve cell. If a neuron is compared to an electric wire, the charged information transmitter called an impulse that is transmitted through it reaches in front of the synapse. If it were only for information transmission, a single filamentous nerve fiber would seem to be more efficient, but by passing through this synapse, the impulse becomes further charged, securing the power source for information transmission. That is to say, the synapse is a biological power plant, and there are infinite synapses in the human brain that are generating electricity. When the charged and energized impulse fails to reach the receiving side called the receptor on the other side when crossing the synapse gap, the impulse will be in a state of leakage in the synapse. The function of information transmission, which is the role of the impulse, will be lost. To avoid this, the impulse picks up the ions clustering in the synapse gap. As negative ions chase positive ions, while taking the reverse direction as the direction of the current, the impulse thus reaches the receptor on the other side of the gap and obtains the power to cross the gap. And RNA information transmission is thus determined. Infinite synapses are connected and clustered on the nerve fibers of neurons that are long, dense like threads, and intricately woven like a divine work with synapses as joints. The impulses walking across those synapses become the driving force for power generation at each synapse. Therefore, it is fair to say that the synapse is a generator that moves the cells of an organism. Certainly, as a claim separate from this theory, the term "synapse power generation" can be seen, but it has a completely different meaning from this theory. It means that cells move and generate electricity by that movement. For example, muscle cells move and generate electricity. Then, why do cells move? Such a claim would become an eternal mystery. As mentioned earlier, it is because there are charged impulses that move the heart that the heart moves. The heart is not a power-generating pump. Biological structures are replaced by engineering or physical means, and the power generated by artificial synapses is artificially collected. By continuously generating electricity in this way, a permanent power source is obtained. The development and design is for the development of a permanent power source. Humans move their thoughts, emotions, heart, and body muscles. Thus, although the origin is biological, the purpose of this paper is to construct the original theory of permanent power source development by artificially and engineeringly or chemically creating its power generation system. If we try to artificially create a power generation system, it is futile to simply imitate the functions in the nucleus of neurons that have evolved biologically since the birth of humanity. Since the goal is to theorize the development of a permanent power source, it is not necessary to understand the power generation functions of the human brain or organisms in detail. It is only necessary to artificially realize the power generation in neurons and synapses at the ion level. Incidentally, the speed of the impulse running through neurons is about 120m per second in the human brain. It has the property of being charged by ions, and the essence of the impulse is an electric current. Incidentally, an ion is an atom or atomic group charged positively or negatively. There are positive ions and negative ions. By the way, although it is considered correct to denote positive ions and negative ions as cations (positive ions) and anions (negative ions), in this paper, for the sake of differentiating between + and -, they are denoted as positive ions and negative ions. While impulses have the nature of an electric current, why is the speed 120m per second? However, even so, a speed of 120m per second is a slow electric current. The faster the speed of the electric current, the greater the power. This is thought to be because of the charging work, power collection work, and the troublesome biological power generation work required to cross synapses. However, as a speed for running around the human body vertically and horizontally, 120m is not a problem at all. It can be said that it is an appropriate speed that is not too fast for the electric current running around the human body. Humans obtain continuous electrical power through countless synapses, which are the junctions between nerve fibers, and convert it into an electric current with a speed of about 120 m / s while adjusting the voltage of the charged impulse. The electric current of the impulse does not require a speed as high as 10,000 km / s even if it has the nature of electric power. As will be described later, the organ that adjusts the amount of ions released is the mitochondrion located in the dendrites having the nucleus of the neuron. It is also a storage of ions. It is the mitochondrion that adjusts the ions sent to the synapse. Since the ions turn into a weak electric current, it adjusts the release of ions to the synapse. It is an organ having a voltage function. Synapses and neurons have such functions of the electrical system, creating human thoughts and emotions through charged impulses and governing life. The DNA of human evolution has influenced this and determined the speed of the impulse. The synapse adjusts the speed of the electric current required to enable transmission from the brain and determines the voltage. Also, as will be described later, there are insulating substances in the synapse to prevent the electric current from passing through or leaking. Insulating substances such as oil and glial cells control the electric current speed in the brain. Even for an electric current with a speed of 120 m / s, the power collection at the synapse connecting nerve fibers is an essential condition for delivering the information of the impulse to the target location. To reach the receptor, which can be said to be the opposite side of the synapse, power collection at the synapse is necessary. The charged impulse that collects the weak electric current made of ions reaches the receptor, crosses the nerve fibers of the neuron, and moves human thoughts, emotions, and even muscles. It might be thought that the faster the current running through the human body, the better. However, considering the structure of the human body, an impulse speed of about 120 m per second is appropriate. Around this 120 m mark, the impulse current collects the current caused by ions created at the synapse, increasing the charge quantity. Also, the power generated by ions at the synapse is at the mV level. Each time the charged impulse passes through the synapse, in accordance with the formula for permanent power source development, the power is increased. Eventually, the organism will be able to obtain a power source of up to 600 V, like an electric eel. Then, the more the synapse is permanently passed through, the more the quantity of electricity increases. We will achieve this with artificial synapses. In engineering terms, this insulating material uses silicon (Si) for artificial synapses to control the quantity of electricity. For the rationalization of artificial synapses, as will be described later, by proportionally dividing the amount of sodium chloride and silicon injected into the artificial synapse, it can also be used as a material to increase the current generated by the artificial synapse. Therefore, by creating a good environment for amplifying weak current, it becomes possible to convert it into a current equal to the speed of light. However, since the basic property of silicon is an insulator and this insulating function is also required at the synapse, the amount of silicon distributed for use in artificial synapses is important for converting it into the power required in our society. The gist of this theory is to turn the speed and quantity of that current into power that can even drive factory machinery. That impulse must cross the synapse in front of it in order to convey information to the next nerve cell. So to speak, it must cross the stepping stone called the synapse. Helping during that activity are the positive and negative ion groups randomly moving around within the synapse. The impulse crosses the synapse on the opposite bank by the push of ions. Due to the charge of the ions, while being even more minute but storing power, it constructs a power source of weak current and increases the power of the current. In the previous established theory, the impulse did not take into view the synaptic gap. Why does there exist a gap in the synapse? The power generation function by ions when crossing the stepping stone that is that gap was not taken into view. Why are synapses continuously connected to nerve fibers? That is because it requires power generation through the joint work of impulses and ions. However, there are also many impulses with a small charge amount. Although they enter the synapse, they do not reach the receptor. Such weak impulses have weak power collection ability, and are either decomposed by ions in the synapse or lose the power they carried, thus losing their role as an impulse. The impulse with a large charge amount that reaches the receptor on the opposite bank of the synapse can collect the weak current created by that ion group from the ions decomposed by the weak impulse, and further increase its charge amount. Such an environment exists in the synapse. The synapse is a treasure trove of ion groups and the current created by ions. It is considered that the impulse with a strong charge amount collects the weak current created by the weak impulse. Discharge to the synapse of a chip, such as a small piece of a semiconductor substrate or a chip, that has been artificially modeled to make an integrated circuit. The charged impulse obtains an appropriate capacitance and crosses the synaptic gap. This will make the flow of the charged impulse smoother. Also, since the artificial impulse is an electric current, a current collection device in the shape of a chip or according to the required capacitance must be manufactured by installing current collection plates for the positive and negative currents collected by the waterwheel theory. Dendrites are part of neurons, and the mitochondria within them adjust, like turning a ladle, the amount of ions sent to synapses as needed. This point, as mentioned earlier, combines with the proton gradient theory, but for the development of a permanent power source, an ion adjustment function is required. It's like needing a function similar to an old-fashioned transformer hanging on a utility pole. I am describing the function of mitochondria as an ion adjustment mechanism. Therefore, ions must change into electric current. Then, synapses have a permanent power generation environment and can supply power without interruption. The purpose of this paper is to achieve the development of a permanent power source both engineeringly and physically by making use of this biological function. As a biological entity, nerve fibers extend to form an infinite number of synapses, weaving a large network within the brain. The end product, in the case of the human brain, gives rise to emotions and wisdom and also creates the vitality of a living being. All of this is the work of impulses, which are electric currents moving around within the woven network. To form this mechanism both engineeringly and physically, one needs to imitate nerve fibers that do not grow naturally like those of living organisms and use artificial conductors to build up a power generation function. Circular coil-shaped conductors are good for intentionally forming a magnetic field. Within the conductor, one needs to prepare countless artificial synapses in advance, artificially construct a network of conductors, and then create an environment for the power generation function. Incidentally, nerve fibers in the human brain are arranged at intervals of about 1 millimeter. Within those nerve fibers, countless synapses are arranged at intervals of 0.02 μm. Similarly, in the case of conductors, one needs to spread countless artificial synapses as well. This is because there is a mission in constructing a power generation system to adjust the power source when the amount of power generation increases and the increased power is too large. Also, artificial synapses are fated not to increase or decrease like biological synapses. Although the basic theory in the development of a permanent power source is the same, since synapses are created artificially, their number must be determined according to the purpose of the amount of power used, such as for mobile phones, household appliances, automobiles, and industrial use. Therefore, power generation in the synapse gap can be the origin of permanent power source development. And each time the current passes through numerous synapse gaps, electric current is added by ions, and the charge amount of the impulse increases. The charged impulse current, like a waterwheel, continuously circulates around the nerve fiber and forms a magnetic field. Further electricity is generated at the center of that magnetic field. And the generated current must be collected and used for diverse power source applications. The impulse running through the waterwheel-shaped coil forms a magnetic field, and that magnetic field generates an induced current. The greater the charge amount of the impulse, the greater the current generated by the magnetic field. The weak current generated by ions is absorbed at the synapse in the direction of the impulse with a large charge amount. Then, due to the magnetic field and ion current, the impulse will run around the conducting wire compared to the nerve fiber. And it reaches the synapse again, passing through the receptor of the nerve fiber while amplifying the charge amount. The magnetic field formed by the impulse also contributes to power generation. Thus, the synapse through which the impulse passes becomes an important power generation site in biology. As mentioned earlier, the synapse has a gap of 0.02 μm, which cannot be confirmed by the naked eye. Because it is such a small gap, when fabricating an artificial synapse, it is necessary to use conducting wires such as metals based on theory. However, in order to prevent discharge and leakage, the conducting wire must be surrounded and covered with an insulator. At the level of permanent power source development, it must be covered and used with an extremely durable insulator. As mentioned earlier, it is good to mix silicon or silicone into a rubber-like material to give it durability. It is also necessary to include multiple conducting wires in a single conducting wire replacing the nerve fiber to ensure a large amount of electric current. To obtain power using an artificial synapse, in a bundle of conducting wires, there must be conducting wires wound around multiple insulators, and the conducting wires are woven in a mesh pattern, having a very large number of artificial synapse contact points, and it is necessary to stabilize the power supply. However, since the generated magnetic field also adds to the power generation, power amplification is obtained at the synapse. The way of winding the wire is preferably circular. The reason has already been stated. Therefore, the product revived in the development of the permanent power source will be a circular chip. According to the purpose and necessity of the power generation amount, make the contact points of the wire with artificial synapses arranged case by case. Wind the wire into a circle and store it in the chip. However, this is at the level of industrial technology. Due to the achievements of industrial technology, the chip that has put the development of the permanent power source into practical use may also be used in smartphones. Smartphones can be used without a battery without worrying about power shortage. By changing the way of winding the wire, arranging the artificial synapses, and adjusting the number, home appliances can also be used without buying electricity from power companies. An automobile applying the development of the permanent power source will not stop until the tires wear out. The power of the factory also enables full production and does not emit carbon dioxide, which is also a cause of global warming. Then, the industrial revolution in the 21st century will occur on a global scale. It will also effectively contribute to global warming. Even in the event of a disaster, the development of the permanent power source can stably supply power. However, in the development of the permanent power source, the amount of power generated must be increased or decreased according to the need. Adjust the pressure of the power. That is, since voltage adjustment is required, a transformer function imitating the mitochondria of neurons is required. The power keeps storing the power source, but it is also necessary to keep the power supply amount constant. This voltage function must be incorporated into this development of the permanent power source. It is not technically difficult to miniaturize artificial mitochondria by using the existing substation technology. Miniaturizing with the existing technology is at the level of the application of existing technology, so the development of miniaturization technology for transformers is possible. Humanity and the global environment that have obtained this basic research on the development of the permanent power source will change all worldviews. Humanity had fire, and as a result, light and heat appeared. Humanity has been burning fire for a long time and using it for light and heat. Even in Japan, 160 years ago, people continued to live relying on sunlight and fire. However, humans discovered electricity. Electricity created fire, provided light and heat, but it came to be produced within a market economy. Power plants generate electricity, and society obtains light and heat by purchasing electricity. The power of electricity has become an economic commodity. The power of electricity, that is, electric power, has seen an increase in demand. Electric power, governed by the law of supply and demand, has been priced, and power plants have been built everywhere for its supply. However, due to the construction of power plants, various inconveniences and pollutions have emerged. Similar to the atmosphere, electricity should be freely utilized, and it is fundamental that humans are not influenced by economic laws. Then, relying on the basic theory of permanent power source development, electric power should not be an object of trading. Half a century from now, the Earth and humanity will regain the blue planet through the development of a permanent power source, and electric power will lose its economic value. The interaction between humans and electric power in social life has only been around for about 200 years. Considering the history of the Earth and the emergence of humanity, it has just begun. The existence of electric power is like that of air. Although the energy value of electric power is extremely large, it is basically not an object of trading and is the most equally provided energy. I believe that no matter what people say, the theory of permanent power source development that I have discovered is correct. Oil wells in oil fields will be left abandoned and rust in the near future. Nuclear power plants scattered around the world, together with nuclear power generators loaded on aircraft carriers, will all be decommissioned. And devices using the development of a permanent power source will safely generate infinite electricity. As previously mentioned, all animals and organisms, including humans, generate electricity at synapses. The electricity obtained at synapses is used to increase the charge of the impulses passing through the synapses. The impulses reach the receptors on the opposite side of the synapses and then head towards the next synapses. Thus, the impulses increase in charge and transmit signals for thinking, emotions, and moving muscles. In Figure 1, although only one impulse flowing through the nerve fiber is represented, actually multiple impulses are flowing through the nerve fiber. A large number of impulses collect the microcurrents created by ions at the synapse, and then jump like skipping stones to the next nerve fiber, becoming charged at the synapse and increasing the power supply. Biologically, this is the case, but when applying it in engineering and physics, it is only necessary to prepare a considerable number of simple impulses together with artificial synapses. The impulse with an increased charge amount forms a magnetic field due to the electric current and generates electricity. This collection of electricity further increases the charge amount of the impulse. In this way, the impulse as an electric current crosses the synapse and weaves a network like knitting. Since various passing sequences of impulses can be selected in the network, the current flows continuously without interruption, and the power supply is permanently ensured. The artificial network in the development of a permanent power supply must also branch out in multiple directions from the artificial synapse so as not to interrupt the flow of electricity. Although there are impulses with a large charge amount and those with a small charge amount among the impulses, the number is infinite. In Figure 1, although one impulse is modeled, it can be said that there are infinitely many impulses entering the synapse. However, the impulses with a large charge amount and strong momentum reach the receptor like skipping stones. Innumerable such impulses flow through the nerve fiber. On the other hand, although countless impulses with a small charge amount that have reached the synapse but cannot cross the skipping stone are electric currents, they cannot reach the receptor due to their vulnerability, so they are discharged inside the synapse and decomposed into ions. On the other hand, when the charge amount of the impulse with a large charge amount becomes too large, it discharges, and due to the decomposition of the electric current, some of the discharges are distributed into positive ions and negative ions, helping to construct an ionic environment inside the synapse. That is, both the impulses with a small charge amount and those with an overly large charge amount also discharge at the synapse, and the discharged electric current is decomposed to form an ion group. Then, the next low-charge impulse that enters the synapse adjusts the ionic environment in the synapse. The certain amount of ion groups thus constructed is formed by the decomposition of the fragile impulse, and the positive ions chase the negative ions to create an electric current again. As this operation is repeated many times, the ion groups formed by the discharge and decomposition of the low-charge impulse create a new electric current inside the synapse and are eventually collected by the high-charge impulse. (Refer to the current generation structure diagram in Figure 1 and the permanent power source development formula in Figure 2). The impulse passes through the receptor. To ionize the decomposition of the current from the discharge stably and smoothly, silicon and sodium chloride in the artificial synapse, which will be described later, are required materials. Therefore, the large number of low-charge impulses adjusts the ionic environment in the synapse. Thus, the synapse can be said to be a place for power generation. Also, as mentioned earlier, impulses with too much charge are also decomposed into ions by discharge. The creation of the environment of the artificial synapse, with a single switch-on, the current naturally constructs the ionic environment and contributes to the development of a permanent power source. Even if collected from a strongly charged impulse and used as a power source, if a large number of low-charge impulses flowing into the synapse are artificially accumulated, the ionic environment will be adjusted. If strong impulses with a large charge are continuously passed under that environment, power will be continuously developed for a permanent power source. Therefore, as shown in Figures 1 and 2, positive and negative ions gather in the synapse, and the negative ions chase the positive ions to generate an electric current in the direction opposite to the flow of ions. That is, when a charged impulse tries to pass through the gap called the synapse, for the impulse to cross the gap, the + and - ions create electric power and become an electric current to amplify the charging of the impulse. In addition, power generation by a magnetic field is also added, and the passage of the impulse through the synapse becomes a place for power generation. When an impulse with an increased charge enters the synaptic gap and reaches the receptor on the opposite side, in the synapse, ion-based power generation and magnetic-field-based power generation converge into a bundle of current. The minute current generated by ions is collected in the same way as if it were aggregated into a current with a larger voltage. Therefore, their power is aggregated and added to the charged impulse when crossing the synaptic gap, constructing the power to become greater power. The synapse, which is the junction of neurons, is clearly a site of power generation for humans and organisms. This is the fundamental theoretical site for permanent power generation.

[0020] On the other hand, an artificial network is made in multiple circular shapes using a considerable number of conducting wires, and it is necessary that each loop of the conducting wires is connected in multiple artificial synapses in proportion to the power generation capacity. This is to continuously maintain the power generation used. The circular loop will increase the power generation capacity. Although constructing such a device is a consideration in the technical field, a considerable number of loops of conducting wires mimicking nerve fibers are variably combined with artificial synapses as needed. Using this, the current is continuously rotated like a waterwheel and sent to an artificial receptor, which is a receptor on the opposite side of the artificial synapse. The minute current made up of positive and negative ions is attracted to a current with a large charge, and the current passing through the artificial synapse further increases in charge and flows towards the next synapse, just like a waterwheel rotating and sending water. This is the convergence of biology, engineering, and physics. Also, the current is not immediately directed straight inside the synapse but collides with or is collected by insulating substances or other currents. Through the random directioning of the current and the collection of the current, eventually the current obtains a straight-line directionality and heads towards the receptor on the opposite side. What helps with that random directioning is the silicon particles injected into the artificial synapse in this theory that have the properties of an insulator. A current with a large charge collects a current with a small charge. The charged impulse is also a current. I believe that the mechanism of the power generation function occurring in biological synapses and artificial synapses is the same, and I call this mechanism the "waterwheel theory." If we regard the waterwheel as a coil, the impulse running around the circular waterwheel creates electricity on its own. Therefore, the waterwheel through which ions run must be modeled in a circular shape. The generated electricity is released to the synapse, and the impulse is further charged. The power source will further increase by adding the charge capacity. The power generation device modeled after the development of a permanent power source will be circular. Whether it is used in mobile phones, factory scale, electric vehicles, etc., the power generation devices, regardless of size, will be circular chips. The case of the chip is not made of metal, but uses silicon (Si) material defined as an insulator to shut down the influence of the magnetic field. It can be embedded in the machine as needed. Also, as mentioned earlier, a current collecting plate for collecting positive and negative currents will be installed and embedded. However, the magnetic field and electromagnetic waves are similar but not the same. Then, in the development of a permanent power source, power can be obtained from two places for current collection by the magnetic field and the waterwheel theory. It is recommended to inject a mixture of sodium chloride and silicon into the gap of the artificial synapse. Then, although this synapse generates ions, the ion group formed by the electrolysis of the fragile impulse must have an appropriate and stable power generation for the development of a permanent power source that seeks the appropriate capacity of ions. The impulse passing through the nerve fibers of the organism is not electrolyzed and is not expected to leak electricity. Then, the waterwheel theory and the operation of injecting a mixture of sodium chloride and silicon without moisture into the synapse are compatible functions, and functions that increase the power generation with ions. In the case of humans as living organisms, the ions present in synapses electrolyze sodium chloride (NaCl), which is abundant in the human body, by means of charged impulses, creating positive and negative ions in the synapses. Sodium chloride is also what is known as salt. That salt is obtained through diet and used for electrolysis within the body. For humans, the intake of salt to form the positive and negative ion groups required in synapses from the sodium chloride in the human body by means of charged impulses is important for the theory of permanent power source development. Sodium chloride is a chemical substance in which positive sodium ions and negative chlorine ions are bonded. For the positive and negative ions formed by the electrolysis of these fragile ions, sodium chloride is a substance that constructs an excellent environment for generating an electric current. Sodium chloride as salt is, so to speak, in the position of a parent watching over its child.

[0021] Conversely, when using artificial synapses, it should be noted that since sodium chloride is deliquescent and absorbs moisture from the air to spontaneously become an aqueous solution, an artificial synapse without moisture absorption should be created. A dry environment where no air can enter should be created. The metal wire that transmits current, mimicking nerve fibers, should also be well-made to prevent leakage. Human nerve fibers are covered with a sheath of fatty substances called glial cells to prevent leakage. It is planned that silicon can replace that sheath. If it were rubber or the like, it might deteriorate and not be able to withstand long-term use, right? Due to its properties, silicon is in a stable and moderate position and is not involved in electrolysis itself. Injecting a mixture of sodium chloride and silicon into an artificial synapse is positioned to have great significance for power generation. In this way, the power source can continuously increase its capacitance while generating electricity infinitely and permanently, and can serve as a power source that can extract capacitance as needed. The engineering impulse picked up by the physical synapse rotates while creating ions in the magnetic field. The current is collected from the collector plate and used as a permanent power source that never stops supplying current. Thus, in the development of a permanent power source, infinite power generation continuously constructs a power source that is permanently necessary without interruption across time. Biological impulses reach the nerve fibers on the other side with the assistance of ions that gather at the synapse, while engineering and physical impulses carry ions with them, increasing the power potential and reaching the other side. As it progresses across the synapse, the necessary amount of electricity is ensured, and the current releases the added ions. Then, the ions stop at the synapse again and add ions to the next impulse. The next ions continue to cross the synapse like stepping stones, charging each time and increasing the power potential. I interpret this power generation function occurring in artificial synapses in relation to impulses as the waterwheel theory. That is, synapses have the function of generating electricity based on the waterwheel theory. This is the basic principle of permanent power source development. There are also studies trying to build power plants using ATP (adenosine triphosphate), which can be obtained inexhaustibly on Earth, but this is only at the level of trying to create a rechargeable battery that will eventually run out of power using ATP, and is just an attempt to convert thermal power generation to ATP power generation. There are also studies trying to generate electricity using electromagnetic waves emitted from electrical appliances and high-voltage power lines, but this is just power generation that waits to pick up the emitted electromagnetic waves and cannot be attempted in the mountains or the sea. Also, the stronger the electromagnetic waves, the more harmful effects they have on the human body and living organisms. In particular, they affect the base sequence of DNA. This is a serious problem. In Europe and the United States, there is a law that prohibits building facilities for children and students, such as schools, near high-voltage lines that emit electromagnetic waves. This is not the development of a permanent power source that is grand, delicate, and can be used permanently. If in the form of ions, as described above, I consider that the flow of ions in which positive ions are chased by negative ions is the form of current called impulse. It is neither a straight line nor a curve; the form is the behavior pattern of negative ions chasing positive ions. Positive and negative want to combine and become zero. Negative ions chase positive ions and then become current. The current flows from positive to negative. This generates the flow of electricity, that is, current, but the direction of the flow of electricity is opposite to the direction in which the ions flow. Ions include positive ions and negative ions. Since ions are also separated into positive and negative, positive and positive repel each other, and negative and negative also repel each other according to the laws of physics. Conversely, positive and negative attract each other. This is the formation of electricity and is generated at synapses. The current boosts the impulse that enters the synapse and helps it land on the receptor on the opposite shore. Therefore, the more nerve fibers with many synapses, the more electric power is generated. Thus, the more artificial synapses are arranged in artificial nerve fibers, the greater the amount of electric power generated. Electric power on a factory scale can also be produced. Conversely, from artificial nerve fibers with few artificial synapses, electric power such as that of a smartphone can be secured as a power source. In this way, regardless of large scale or small scale, the development of a permanent power source contributes to power supply. If the direction in which ions flow is ↓, then the direction in which electric power flows is ↑. As mentioned earlier, the flow of ions is opposite to the flow of current and flows from negative ions to positive ions. The principle of the current generated by the flow of ions is, conversely, that it flows from positive to negative. See Figure 2.

[0022] Then, although current is generated when ions move from the cathode (negative side) to the anode (positive side), the current has the property of being in the opposite direction to the flow of electrons. That is, if the flow of ions is leftward, the current is rightward. There is a law that the flow of ions and current is always opposite. Physically and biologically, the directions of ions and current are opposite. However, if the flow of ions stops, the current also stops. The charged impulses that race through the brain are a flow of negative ions chasing positive ions within nerve fibers, but they flit around with an enormous and vast amount of information. That information is the information transmission function performed by RNA that has copied DNA. That RNA is called mRNA (messenger RNA). Conversely, plus and plus, and minus and minus are in a repulsive relationship. I believe that positive and negative ions are electrically charged substances obtained by electrolyzing substances such as electrolytes and are separated into plus and minus. When operating a device for developing a permanent power source, it is a simple method to inject these ions that have been electrolyzed in advance. However, following such procedures takes time in the technical development of the device. By turning on the switch, positive and negative ions are generated in the initial stage. It is not such a difficult technique. It is also good to follow the electrolysis procedure learned in elementary and junior high schools. In fact, such ion generation instruments may be technically complete. However, when operating a device for developing permanent power generation, the preparation for ion generation in the initial stage must be made. It can be regarded as a switch. The generated positive and negative ions must be injected into several artificial synapses in advance. That creates a flow of ions and a microcurrent by the ions. Furthermore, a current comparable to the charged impulse, which is larger than the ion microcurrent, is passed through the conducting wire. Countless microcurrent ions oriented towards the synapse combine into a larger charged impulse. As a result, the ion microcurrent is attracted to the current in the form of a charged impulse, crosses the artificial synapse, reaches the artificial receptor, forms a magnetic field while further collecting the current. The current flowing through the conducting wire discharges at the artificial synapse as needed. It also becomes ionized and forms a group of ions at the synapse. The next artificial impulse, the current, collects this group of ions and arrives at the receptor. In this way, the ion generator in the initial stage becomes a switch, and subsequent operations are no longer necessary. The current flows through the conductor, and the power continuously serves as a power source without enduring permanently. Mankind collects and utilizes the necessary power from this power source. The essence of this treatise is to drive the development of a permanent power source. Biologically, it is a mechanism that physically determines the increase and decrease of the ion amount while adjusting the amounts of positive and negative ions by imitating the mechanism of mitochondria, which is the cell body inherent in the nucleus of neurons and exists for adjusting voltage. So to speak, it is a part like the respiratory organ for ion adjustment. Therefore, the main function of mitochondria is the creation of an ion electron transfer system. Mitochondria are involved in the movement and regulation of RNA (ribonucleic acid), which is a copy gene of DNA (deoxyribonucleic acid, a high-molecular biological substance responsible for the inheritance and expression of genetic information in organisms). DNA is assembled from four bases and is connected in a helical shape with the next DNA while changing the sequence. An enzyme called RNA polymerase, which copies this DNA, is involved and creates RNA linked in the same way as DNA. When translating the DNA base sequence, a cell body called a ribosome functions. It is a translation machine before copying. Then, the copying by RNA polymerase is carried out, and the linked RNA comes out connected in a helical shape. Thus, it can be said that both mitochondria and RNA polymerase are dependent on DNA. Although RNA also has four bases, one of which is different from that of DNA, it has the same function as DNA. In my opinion, the reason why RNA converts one of the four bases is to prevent it from returning to the DNA base. However, it can also be expressed that RNA has the same function because it has the same form as DNA. And in order for the impulse carrying RNA information to cross the synaptic gap, a group of charged ions guides the RNA from the mitochondria as needed. At this time, if the amount of ions required at the synapse is not adjusted, the impulse cannot cross the gap, so like leakage, it will leave the synapse. Therefore, the adjusted impulse with the required amount of ions from the mitochondria increases its charge at the synapse, crosses the gap, and transmits the information to the next neuron, thus transmitting the RNA as information.

[0023] In this way, the accelerated and charged impulse creates a potential difference with the impulse that cannot cross the gap. This is what is called excitation in biology, and with the potential difference at the synapse, the natural power generation ability of ions is enhanced. Power generation becomes possible without using the mitochondrial function described above. Even without hitting the nerve fiber, the potential difference can evoke ions. Regarding the established theory related to impulses, it is said that impulses obtain an energy source by being charged by some kind of stimulus or excitation. However, I do not believe this established theory. What does it mean to give a stimulus? Biologically, there was also the theory of hitting the nerve fiber. Then, where is the energy for that hitting in the organism or in humans? This cannot answer the question of how to create the power source for excitation. It is not something that can excite and hit the nerve fiber and somehow generate electricity. All movements of organisms must be driven by the electric current generated inside them. It is not the nerve fiber that gets excited. As already described, due to the potential difference at the synapse, ions are generated and power generation becomes possible. By engineering this mechanism, if the number of series wirings is increased, it becomes possible to generate an enormous amount of power. Conversely, increasing the parallel connections is effective for generating a microcurrent. The key is that the potential difference of the impulse charged by ions when crossing a stepping stone generates the power generation ability, making physical, engineering, and artificial power generation possible. Eventually, in order to promote the development of a permanent power source, the impulses of living organisms must be replaced with currents revived by ions. Nerve fibers are like electric wires, and in order to prevent current leakage, they pass through nerve fibers wrapped with glial cells and the like. It is necessary to seek the mechanism that generates such current at the synapse. Glial cells are insulators that protect against current leakage through nerve fibers. As I will mention later, I expect silicon (Si) to play a role in such glial cells and in organizing the traffic of ions at the synapse. As previously mentioned, the availability of silicon is high in the development of a permanent power source. Silicon is said to exist infinitely on this earth. In fact, it is widely used as a material in semiconductors. We humans have in our brains nerve fibers protected by such leakage-preventing substances that do not conduct electricity. It powers the brain while generating electricity until death. Using that power source, impulses are charged and transmit information, and ions are divided into positive and negative, controlling the current in the brain and changing the generating power as needed. It creates weak currents and strong currents. This mechanism will be used in the development of an artificial permanent power source device, not biologically but chemically and industrially, while taking into account manufacturing. Ions floating and waiting in a chaotic state at the synapse become the power source that drives the impulse. The impulse is considered to be an electric current. Moreover, it is an electric current that obtains information and crosses a stepping stone. An impulse that cannot obtain the necessary power source at the synapse cannot perform a stepping stone movement. An impulse that has obtained a power source gains further momentum and also obtains a power source at the next synapse to increase its power. Even an impulse initially charged with a small current will eventually have a large amount of power. This is the fundamental power generation device at the synapse. As previously mentioned, there is a nuclear area called dendritic spines in the nerve fibers of the brain, and the nuclear part is equipped with mitochondria, which has the function of regulating the sending of positive and negative ions into the synapse. It is like a substation that sends the required amount of ions to the synapse. If there are too many negative ions in the synapse, for example, the nuclear part has an automatic ion adjustment function to absorb them and send positive ions out to the synapse. Substituting silicon for that mitochondria industrially is also the essence of this paper. In terms of the essence of the biological power generation theory, it creates a positive and negative excited state in the synaptic gap. That's where the energy for power generation is generated. We create a simulated synapse by scientifically or industrially simulating the cause and result of the excitation that occurs at that synapse in a biological excited state. We artificially construct a pseudo-synapse that causes excitation. This point is also the core of an important theory for the development of a permanent power source. All substances change towards a state with lower energy. They tend to transition to a lower and more stable state. However, it is necessary to understand that positive ions attract negative ions. The flow of those ions generates an electric current and creates an electric current from positive to negative, in the opposite direction of the ion flow. Since the impulse in biology is an electric current, it flows from positive to negative. It is silicon (Si) that stabilizes that movement. Artificially reproducing this logic is the basic concept for the development of a permanent power source. As previously mentioned, that is, positive wants to become ±0 (plus-minus 0) and attaches to negative. Negative also wants to become ±0 and attaches to positive. Positive and positive, negative and negative repel each other because their energy becomes higher. Since the impulse charged with ions is an electric current, as previously mentioned, negative ions move towards positive ions, but the electric current flows in the opposite direction to the ions. This is the direction of the flow of the weak current impulse. That is, the negative ions and positive ions floating in the synapse generate electricity in a direction opposite to the direction in which the negative ions chase the positive ions, causing the impulse to move in the direction of the current and cross the synaptic gap. Since the charged impulse has the nature of an electric current, the ion groups scattered in the synapse obtain the consistency that negative ions chase positive ions and supply power to the impulse. In this way, the impulse with increased charge force continues the information transmission work across the synaptic gap and to the next synapse without deviating from its direction. Hereinafter, the same ions, electric currents, and impulse flows in the synapse are continuously repeated.

[0024] Many protein-like fine particles belonging to the amino acid series of serotonin float in the synapse, adjusting the movement of positive and negative ions. Since serotonin is a biological substance in the brain, this paper discusses making a substitute chemical and engineering, artificial pseudo-scientific substance. In a pseudo sense, it is to create a robot of the human brain. Then, that scientific substance can be chemical or engineering, but it must be an artificial substance physically created in general that has the properties of serotonin. It is necessary to have a medium substance like serotonin that mediates the electric current and directs its flow. The power generation of organisms including humans occurs in the synapse. Artificially create that synapse. Since the purpose of this paper is the development of a permanent power source, only the functions necessary for the purpose need to be introduced into the theory. The substance to be substituted or replaced can be replaced biologically, engineeringly, or physically. However, it is unnatural to think that biological serotonin is generated inexhaustibly. Even if it could be synthesized, it would not be reasonable. Another substance that replaces serotonin or does not rely on serotonin is required. It is also not reasonable to pursue the original effects of serotonin. It is important that the substitute substance effectively exhibits economic efficiency rationally. If I were to construct artificial synapses, I would plan to use silicon as a substitute for serotonin. This is because silicon is a stable substance that does not conduct electricity. It is the second most abundant substance on Earth after oxygen. Therefore, silicon is a stable substance that is not affected by the flow of positive and negative ions. Its properties are stable with respect to positive and negative ions and do not impose a load on the property that positive ions chase negative ions. And having a neutral property that makes the direction of ion flow into a reverse current can be said to be a feature of silicon. And being a stable substance that is not affected by the magnetic field in which positive and negative ions attract and repel each other is the gist of using silicon for the development of a permanent power source. Even when using a magnetic field for the development of a permanent power source, since it is ions-charged impulses that move the magnetic field within the synapse-like structure, for its control, it can be expected as an artificial substance that mediates the synapse-like gap. Of course, a substance with properties superior to those of silicon may be discovered. In that case, one should use it. Furthermore, it is also necessary to replenish positive and negative ions. This is because it is expected that there are also ions that become current and are entangled in impulses and are lost. Since there are innumerable impulses passing through the synapse, due to the weak current, there are also impulses that release the current function at the synapse and ionize.

[0025] Next, it is assumed that an electrolyte will be made. Sodium chloride and water are added to make an electrolytic solution, and electrolysis is caused. This is a common method for positive and negative ions. However, in the synapse, they are already scattered due to the discharge of weak-current charged impulses. Assuming ions lacking in artificial synapses, appropriate amounts of salt are injected into each artificial synapse. It is also conceivable to use sodium chloride (NaCl) and silicon (Si) to function, using positive and negative ions released from impulses with small charge amounts that could not pass through the receptors present in the artificial synapses. The ions, which are a form of electric power, act on sodium chloride and function as an electrolytic function. Since silicon is a stabilizer in the artificial synapse, it adjusts the movement of ions. The ratio of sodium chloride to silicon is brought close to seawater concentration. A part of the impulse that has released its current function generates ions in the synapse. Salt water becomes an electrolyte and generates positive and negative ions, but pure water alone does not become an electrolyte. In this case, silicon can be likened to that pure water. Most of the human brain is made up of oil and a lot of seawater-like salt water floating to drive the functions of the brain. The abundance of oil in the brain is to prevent impulse leakage. That oil mainly consists of an insulating substance called glial cells. Regarding the connection with the human brain having seawater concentration, there is the fact that humans were once marine organisms. This has been mentioned before. Then, to sell electrolytes, sodium chloride and silicon are crushed into fine particles. These two types of fine particles are mixed and injected into the artificial synapse based on the ratio of seawater concentration containing sodium chloride, bringing it close to the ratio of water and oil in the brain. The ratio of sodium chloride to silicon refers to the ratio of sodium chloride contained in the blood. Water or aqueous solutions are not injected. In this way, an artificial synapse environment is created. Generally, in textbooks, it is to electrolyze salt water in which sodium chloride is dissolved. With the number of synapses, the current can adjust the pressure. However, I believe that using silicon to electrolyze sodium chloride enables the generation of positive and negative ions. A certain amount of that sodium chloride is injected into the artificial synapse together with silicon. Some of the ions move along with the impulse, and also, positive and negative ions are injected into the synapse by the next impulse, stabilizing the artificial synapse environment in a state of ionic consistency. The number of synapses can also be artificially determined to increase or decrease as needed. A current with a large charge collects a current with a small charge. Thus, the current increases in strength. When this permanent power source development is put into practical use according to this theory, a device for the permanent power source development must be assembled. First of all, it is essential to be able to make the device inexpensively and it must be useful to humanity. Silicon is based on the diamond structure, is a non-metal, and is similar to the properties and functions of the amino acid series serotonin that floats in the synapse. I believe that silicon, while serving as an insulator for the electrical circuits in the human brain, generates electricity through positive and negative ions at the synapses in the brain, collects the current that tries to go in random directions, and as a result, produces a single charged impulse, directs it towards the receptor, and can replace the controller that dominates the random current.

[0026] Humans originated as hermaphroditic organisms in the oxygen-rich Mediterranean Sea. Due to the electrolytes in the seawater, positive and negative ions were generated, creating electricity in the primitive human body and securing a primordial power source. The development of that power source continues to this day. That hermaphroditic organism eventually separated into male and female. It can also be said as ♂ and ♀. Although there are various myths and stories about the birth of humanity, they are interesting imaginative stories. Ultimately, humans were born as organisms in the Mediterranean Sea. Eventually, in order for that organism to survive, an energy source such as electricity was required, nerve fibers developed, and impulses that require charging began to flow. For the generation of electricity, nerve fibers require joints, and the power generation function appears at synapses. Ions gather near the gap, and the flow of negative ions chasing positive ions generates an electric current. The charged impulses of this current run through the organism's body and eventually take on the form of a human, enabling movement of the hands and feet and the creation of thoughts and emotions. This function has led to the evolution of DNA, and RNA transmits genetic information as its replicated genes, and the neural network of nerve fibers continues to evolve daily. Humans were originally marine organisms. Their form was like that of a slug, and the nerve fibers with synapses also developed. This organism was hermaphroditic but separated into male and female. Eventually, it evolved and gradually acquired the form of an animal, moving from the sea to land and coming to have the form and functions of present-day humans. That is, the fact that human blood has almost the same composition as seawater tells that humans were marine animals. This is an objective fact. And all living organisms generate electricity with synapses, launch charged impulses using that as a power source, and each part of the organism moves around using the instructions of the charged impulses as a driving force and is alive. For example, taking the electric eel as an example, it has a generator in its body and sends the current into a large-capacity battery in its body. It then suddenly discharges the current from that battery and irradiates the target organism. Then, that organism gets electrocuted and cannot move, and the electric eel eats it. The numbfish also has the same function. The anglerfish also lights its lantern from the power source it generates itself and eats the prey that comes towards the light. The firefly among insects and the firefly squid also emit light. All of them obtain electric power through their own power generation function and use that electric power to light the light and use it as a power source. The basic theory is the same as that of humans. Researchers belonging to institutions such as the RIKEN have shown the view that because the electric eel has a power storage function, it can discharge, but they have not considered the thinking ability in the power generation after power storage. This is like the level of a hybrid car that must always have a plug. For power generation, the waterwheel theory of power generation at synapses can also be applied to such organisms and animals. As a power generation structure, synapses, which are the places where nerve fiber neurons connect with adjacent neurons, endow all living organisms with the ability to generate electricity. Even plants are involved in power generation through such synapses, and the growth of melons is also the result of such synaptic power generation. Nerve fibers derived from biological neurons are woven into a network in the brain, but not every nerve fiber operates healthily forever. Nerve fibers that are not in use break off like brittle threads as if they have completed their role. That is, they become waste wires that can neither transmit electricity nor information. Naturally, the synapses that undertake the function of power generation are also lost. To avoid such biological risks and enable the transmission of electric current, artificially engineered artificial nerve fibers are used. Applying biology to create an artificial power generation plant technically. Biological synapses can transition to physical synapses and engineering synapses and be applied to technical synapses to become a permanent power source development device. End

[0027] Conclusion This basic theory discovers the mechanism by which organisms including humans generate electricity. It aims to utilize that discovery for the generation of artificial and permanent power sources in permanent power source development. Electricity is not a subject of buying and selling. The electricity generated by power plants built with a large amount of investment generates economic value because the principles of demand and supply for buying and selling electricity in the market economy are established there. The electricity generated by humans and organisms is produced at synapses. By replacing the mechanism of those synapses with physics and engineering and assembling them into artificial devices, humans can freely utilize electricity. As long as the device is not damaged, the electricity will serve humanity permanently, and many people will abandon the power plants they have relied on heteronomously and obtain unlimited new light and heat. Artificial devices incorporating the basic theory of permanent power source development are miniaturized and continue to give great hope to humanity. Author and Discoverer Takesato Uragami Author Introduction Tsuyoshi Agari Researcher in the development of permanent power sources Born in 1948. Representative of Agari General Research Institute Author of many books, published about 50 books by Kodansha, Agari General Research Institute, etc. Development of permanent power sources Issued on January 30, 2022, first edition, first printing Author: Tsuyoshi Agari Editor: Tsuyoshi Agari Publisher: Tsuyoshi Agari Publisher: Agari General Research Institute, Ltd. 〒166-0003 3-35-7, Minami Koganei, Suginami-ku, Tokyo Phone: 03-6383-2237 FAX: 03-6383-2233 Printing and binding: Printing Department of Agari General Research Institute Cover photo: Design Department of Agari General Research Institute The list price is shown on the cover. ISBN 978-4-901151-26-9 C0040 \1600E (C)AGARI, tsuyosi 2022 Regarding copyright Unauthorized copying of this book is prohibited. Also, imitating the content of this paper is prohibited. Copyright belongs to Tsuyoshi Agari. The publishing right is owned by Agari General Research Institute, Ltd. These rights of our company and the author are based on the Japanese Copyright Law.

[0028] References (B) Introduction Do not be afraid to execute flexible courage that goes against common sense theory. There is such an episode. Albert Einstein, one of the most famous theoretical physicists on this planet, is renowned for his theory of relativity. However, with this theory, it is difficult to understand statements such as time stretching and contracting, and light bending, as it goes beyond existing common sense. There was a preconception that a second is a second and light travels in a straight line, so it wasn't generally accepted for some time. Using it to explain the structure of the universe or the existence of black holes, which are huge gravitational fields, also doesn't click with people. It is said that because the theory of relativity (general theory of relativity) was considered too difficult to understand and deviated greatly from established doctrines, the Nobel Prize in Physics was awarded for the theory of the photoelectric effect based on Einstein's hypothesis of light quanta. "This theory of relativity is 100% correct, but no one understands it"... Troubled, Einstein thought that although the theory of relativity was presented in advanced mathematics to scholars, for everyone to understand this fundamental theory, first, if he could explain it simply enough for middle school students to say "I understand", then his theory would be correct for everyone. It was a kind of reverse thinking. So Einstein made efforts, thinking that although this theory might be difficult to understand, it needed to be broken down, made even easier to understand, and refined repeatedly. However, he realized there was an even more important issue. Instead of elaborating on the theory and formulas of relativity in great detail to so-called experts, it was necessary to summarize them into simple formulas. By doing so, those formulas could convey a lot. Also, those formulas must be beautiful. Beautiful formulas are correct. This is Einstein's aesthetic sense towards his theory. It's also something we experience. When the solution to a problem comes out and it doesn't feel right somehow, the formula isn't beautiful. Its form is probably close to being incorrect. A formula that can be said to be correct needs to have a glamorous appearance that tickles our aesthetic sense. That is the appearance as a result of solving a difficult problem. Einstein described the relationship between huge gravity, time, and light by drawing pictures and simplifying the formulas It was written as TIFF2025095950000004.tif39. I explained to a junior high school student that this is the basis of the theory of relativity. Then, the junior high school student, who had a skeptical look at first, said, "I understand." Even difficult theories can be understood by anyone if they can be simply expressed. Einstein was confident. It is wrong to one-sidedly think that scholars with higher education can understand. A change in thinking is needed, that is, the idea that efforts are required for everyone to understand. The existence of people who seem to be laymen is precious. In this way, the theory of relativity came into the limelight and was introduced to the world. Later scholars and engineers repeated research and practice, and used astronomical telescopes and other tools to prove and convince themselves of the reality that time expands and contracts and light bends. Certainly, they said, "I understand." In this book too, the theory of permanent power source development is written in an easy-to-understand manner, including relevant examples, episodes, and quotations, so that it can be understood as simply as possible. Mankind has repeatedly experienced wars and failures while being troubled by energy problems. However, "All things in human life are like the old man's horse in the fable (jin kan ban ji sai ou ga uma)". Good luck and bad luck change, and predictions are impossible. It is better to think that failure can also be the cause of success, and misfortune is also a preparation for happiness. Eventually, the development of a permanent power source enables the construction of a house with air conditioners permanently installed directly under the equator, and cars can run indefinitely without charging. Jets can also fly around the world with a powerful motor powered by electricity, without installing an engine or using gasoline. Even in space, the development of a permanent power source realizes, for example, a second Earth-like world on Mars. Furthermore, smartphones and home appliances that are close to us can be used forever without the hassle of charging. The basic theory for the realization of such a permanent power source development is here. When writing this book, the main title was set as "The Mechanism of Developing a Permanent Power Source". There were also several other candidates, such as "The Theory of Developing a Permanent Power Source". However, before constructing the logic of a theory, there are fundamental discoveries. Even though it could have been a basic theory, the title "The Basic Theory of Developing a Permanent Power Source" is too long. Since scientific theories develop the objective facts of discoveries logically, it was finally named "The Mechanism of Developing a Permanent Power Source: I Hope Middle School Students Can Also Say 'I Understand'". This title is 100% correct. The cover illustration is based on an unconventional concept. A crocodile that lives in a river or swamp is in the sea. A person is riding on a fierce crocodile for windsurfing. There are palm trees in the background of the picture. Such a composition is impossible in reality. What made this possible is my idea and the power of the brain to notice. The cover illustration, which is drawn by randomly gathering materials with the electric current flowing through the neural fiber network woven in the brain, is an unconventional one. In this book, although there are descriptions of the terms "charged impulse" and "impulse", since impulse is a bioelectric current that travels along nerve fibers, it is described with the understanding that impulse is also charged as a term. I would like to express my gratitude to my wife, Kimiko Uragiri, for her cooperation in the creation of this book. Recorded on an auspicious day in January 2023, Takeshi Uragiri

[0029] E is the infinite sum of the generated electric power obtained at synapses and is the formula for developing a permanent power source. The above formula expresses the total power of an impulse (a charged electrical signal) that generates electricity infinitely as it crosses the gaps of an infinite number of synapses existing in the neural fiber network extending from brain cells called neurons. The coefficient of mVi is 1. mV is millivolt. Also, in the formula for developing a permanent power source, when an impulse crosses synapses from 1 to ∞, it secures power sources from 1 to ∞. Therefore, the total generated electric power obtained when an impulse passes through each synapse is denoted as E. First Chapter 1 The electric current passing through the gap between the cut wires Chapter 2 The neural fibers of the brain woven by a magic loom Chapter 3 Impulse towards the brain's power source Chapter 4 The substation called mitochondria adjusts the voltage Chapter 5 The electricity cost becomes virtually zero with the development of a permanent power source Creation of the cover art by Takeshi Uragami

[0030] Chapter 1 Current passing through the gap between the severed wires I would like to first convey the following facts to the readers. First, when objectively analyzing the process of living and growing, such as humans, animals, organisms, plants, viruses, etc., as a theory, it was discovered that all have a biological device that generates electricity within their own bodies. Second, it is about being able to create an artificial device at the levels of physics, engineering, and chemistry by applying the basic theory of the development of a permanent power source, which is described in detail in this book, to the first fact. So, let's enter this discussion. Power generation occurs in the human brain, and current flows. Based on this power source, humans live, build their lives, think, activate creativity, give birth to the spirit, and convey emotions. The form of that life is all composed of electrical mechanisms. It can be said to be an electrically engineered life. Such a mechanism exists in the brain. The logic of the development of a permanent power source written in this book is centered around this point. The gist that the paper written in this book tries to convey is that when continuously connecting the nerve fibers extending from each of the 14 billion neurons (brain cells), the nerve fibers and other nerve fibers are not connected, and the separated part of the cross-section is called a synapse. In the gap of this synapse, power generation necessary for the human brain and body occurs and the electricity is increased. That is the fact. As long as a person does not die, power generation continues permanently. That is, nerve fibers are not connected by a single line. In order for the nerve fibers extending from a neuron to connect with other nerve fibers, they must cross a broken surface called a synapse. That is, because there is a gap called a synapse, an electric current called an impulse crosses that broken surface. As a result, while binding with other nerve fibers, it forms a network with many nerve fibers. And that network is energized by a charged impulse. Nerve fibers and synapses have a miraculous environment. The gap that connects each nerve fiber extending from many brain cells is the same as the broken surface of an electric wire. The gap can also be expressed as a valley. For example, even if we assume that electricity flows through an electric wire, if the wire is cut in the middle, the electricity will not be transmitted. However, the nerve fibers in the brain have a mechanism that allows an electric current to pass through while having an infinitely large broken part of the synapse. An electric current called a charged impulse passes through that broken part. That is an objective fact, and as will be described later, it is greatly influenced by the waterwheel theory I discovered. That is, since the circuit network of nerve fibers is woven while including unconnected synapses, an electric current does not pass through the unconnected parts. However, at the synapse, the electric current charges the nerve fibers on the other side with a large amount of charge and crosses while gaining momentum. Such a mechanism is provided in the brain. And in the power of the brain, the way the nerve circuits extending from individual neurons are woven is important. That is, an electric current called a charged impulse crosses the broken surface called a synapse and crosses to the other side called a receptor. Then, the electric current is transmitted. That assisting function exists at the synapse. That is, a power generation action works at the synapse and boosts the impulse that has arrived at the synapse. The charged impulse that has gained momentum by that boosting crosses the gap of the synapse. Electric current is produced in the brain. In the synapses, positive (+) and negative (-) ions exist in atomic clusters. The negative ions move to combine with the positive ions, and in this movement, they change into an electric current. The direction of the electric current is opposite to the movement of the ions. The positive current flows in the direction of the negative current, creating an electric flow and resulting in a charged current measured in millivolts. The reason such reactions are repeated in synapses is that an information current called an impulse requires a power source to notify various parts of the brain and the human body. It has been known that external stimuli are transmitted to the brain by electrical signals and the brain mechanically processes the stimuli. However, how is that power source generated? There are still many hard-to-understand theories, such as the heart generating electricity when it beats or electricity being generated when the body moves. The reason we can move our hearts and turn our bodies left, right, forward, and backward is that we have a device in our brains that generates electricity. By doing so, impulses are transmitted to the heart and various parts of the body, moving the organs and muscles. The heart is moved by impulses transmitted from the command center of the brain, not the other way around. Despite such incorrect theories, the specific and objective fact that ion clusters in synapses are involved in the production of electric current has not been discovered. The purpose of this article is to clarify this mechanism. Although it may seem like a long-winded story from the beginning of this book, it conveys the fact that all living things, including humans, inherently possess a self-sufficient structure in electric current and live by the electric current generated by power generation. As you read this book, you will come to know the fact that a non-depleting power source has a great impact on the foundation of society's lifeline, economically, culturally, and in terms of transportation, by practically applying the theory of permanent power source development in our lives. Readers will be unable to put the book down and will read it to the end. I noticed the fact that the development of a mechanism that can supply power without interruption, which is the essence of this book, has been possible in the brain since the emergence of humanity. What mechanisms does the brain have to generate electricity? How can the brain secure a power source? This book specializes in the nerve fibers that extend from neurons, the brain cells that make up the human brain, and describes the mechanism of power generation that appears as a network. However, the current generation in growing plants and other animals is basically generated from the mechanism of permanent power generation described by me, and basic applications are possible. In other words, plants also grow with electricity caused by the mechanism of permanent power generation. The purpose of this theory and this book is to create an endless power source that humans need by using the basic theory of this permanent power generation. Then, the dangerous nuclear power generation that has been used in power supply devices, the thermal power generation that generates CO2 and continues to pollute the atmosphere and cause global warming, the old-fashioned hydroelectric power generation and wind power generation, the solar power generation that has been continuously expected for panel area and the sun, and the bio-power generation that uses photosynthesis will all become unnecessary. Compared with permanent power generation, they will become worthless power generation methods. The demerits seen in these old power generation methods are that they generate electricity after preparing the energy source to rely on in advance, which is the opposite logic of permanent power generation that creates energy by itself and amplifies light energy. All of these take the energy source obtained from the outside world into the generator equipment, use the large-scale energy source to rotate the turbine, and generate current. And there are risks such as danger, air pollution, inconvenience, exhaustion of power, and taking up a vast area in these power generations. They couldn't generate electricity without taking in the energy source from the outside world and rotating the generator equipment. The same reasoning applies to nuclear power generation, thermal power generation, and hydroelectric power generation. However, the basic theory I discovered is that "permanent power generation is the mechanism of the endless current created by ions." As will be described later, the ions that swarm in the human body generate current in the synapse and incorporate it into the impulse every time the information transmission particle called impulse jumps across the gap that infinitely scatters in the gap between the nerve fibers of the brain called synapse. In this way, while increasing the charging impulse, it can be incorporated into the neural fiber network in the brain, and the microcurrent in millivolts can also be increased to a powerful current while passing through the infinitely spreading synapses, for example, creating the power source required for the lifeline that is indispensable in our lives is also possible in the theory of this permanent power source development. "The current created by positive ions and negative ions at the synapse. In other words, the synapse is the power generation plant for the development of a permanent power source." This is the difference from the way of making the old-fashioned, rich but harmful power source that rotates a turbine to generate electricity that has been used so far. Therefore, the development of a permanent power source is a theory that makes charging, batteries, and transmission lines unnecessary. Especially for batteries, even if they have a charging function, the materials used in the batteries have a lifespan. When they get old, they need to be discarded or recycled. In other words, there is a limit to the effect of using electricity. Furthermore, batteries do not even have a power generation function. On the contrary, the development of a permanent power source has the function of developing a power source that generates electricity permanently by itself, so there are no demerits caused by limitations such as those of batteries. This point is completely different from the concepts of old power generation devices that take in energy sources from the outside world and batteries that store electricity. Therefore, a development theory for ensuring a permanently stable power source is required. What is that impulse? Just now, it was expressed as an information transmission particle. That is, an impulse is the movement of an electric current composed of ions. Why is an electric current a particle? According to Einstein, an electric current is the flow of charged particles. Light is also a particle called a photon. The state of charged particles flowing is called an electric current. Ions are atoms. The movement of ion atoms scattered in the synapse tries to reach a stable state from minus to plus. And it becomes an electric current within the synapse. The synapse is like a biological waterwheel. When ions move in a certain direction, an electric current is attracted to the synapse, and it becomes a flow of charged particles like a waterwheel rotating, generating electricity. The flow of ions is in a certain direction from minus (-) to plus (+). When this happens, the flow of ions becomes an electric current, and the flow of electricity is from plus to minus, opposite to that of ions. I have named this movement occurring at synapses the "waterwheel theory". Replacing ions with an electric current, the electricity that has defected from ions flows into a conductor, that is, a nerve fiber. It is common sense that the flow of electricity does not flow through a broken wire, but synapses have the ability to transmit the electricity called an impulse, which is generated from ionic atoms and transmitted through the waterwheel theory, to the next wire. Synapses are gaps that function with such a mechanism, and the wire that continues infinitely in that gap is a nerve fiber. Moreover, nerve fibers construct a network of nerve fibers by allowing charged impulses to pass through synapses. It is complex and intricate. Also, depending on the way it is woven, in the case of humans, various personalities, thinking abilities, sensibilities, and lives are constructed. Then, the flow of charged impulses and the way they flow are extremely important to humans. In this way, a precious mind for life is created. Regarding the way nerve fibers are woven, it will be described sequentially, but the environment in which a person lives and the cultivation of the ability to notice are important for the brain. However, the brain creates its own lifeline called a power source and continues to weave nerve fibers emitted from neurons. The expression "weave" means that when nerve fibers allow charged impulses to cross the gap of synapses as a passage, they are joined together. When charged impulses cross the gap of synapses, the nerve fiber network obtains new passages. Also, when charged impulses cross to new nerve fibers, the network of nerve fibers expands. In this way, nerve fibers are woven. The power and technique of this weaving are in the power source created by the waterwheel theory in the brain. All of us need the power of the brain that can instantly and easily understand things that are difficult and hard to understand no matter how many times we think about them. Flashing is the ability to instantly shorten the thinking distance that seems to be in a heterogeneous relationship at first glance and notice useful hints, and the power in the brain that enables this is the way the nerve fiber network in the brain is woven, not bound by fixed frameworks such as common sense and education. Such hints are prepared in advance around oneself, but if one doesn't notice them, one will never reach a solution. The power latent in the brains of those who notice, which can be said to be an animal instinct, notices a slight change lurking around oneself. That stimulus triggers the network of nerve fibers woven in the brain, instantly inducing and coordinating the diverse brain powers latent in the human brain, and sometimes bringing out beneficial creative powers that one has never even thought of. Ideas that deviate from established concepts can instantly streamline the order of things. I position the power of the brain that triggers the instant activation of that series of brain powers as the power of noticing. Depending on the way those nerve fibers are woven and knitted, humans will have different brain powers respectively. Create a tough brain circuit. What should one do? What can one omit? Life is produced by the brain. The movement of ions and electric currents moving in the brain is generated by a magical waterwheel called a synapse. In the thesis "Development of a Permanent Power Source" at the foundation of this book, the waterwheel theory is also taken up and constitutes the framework of this book. The waterwheel revolving around the synapse creates a flow of ions from a group of ions, and thereby the synapse waterwheel generates an electric current like a generator. And it also generates a magnetic field of the electric current, increasing the charge amount of the impulse. And the impulse reaches the next synapse. That repetition becomes the power source in the brain. That is, the electric power generated in the human brain is generated by the synapse waterwheel and becomes the power source that drives the human body, thinking ability, emotions, etc., all of which are the driving forces. This is the essence of the theory I published on the development of a permanent power source. Regardless of the magnitude of the charge amount, the flow of the electric current goes from plus to minus, which is the opposite of the flow of ions. The electric current is generated when ions move from the minus side to the plus side. That power generation occurs at synapses in the case of humans and animals. This is the basic theory of the development of a permanent power source. The electricity generated at the synapse becomes an impulse current with an increased charge and jumps across the synapse gap. The impulse that has crossed the synapse gap heads towards the next synapse and is further increased in charge. In this way, the impulse flows through the infinitely woven nerve fiber network while passing through countless synapses. A synapse is a discontinuous location where nerve fibers are connected. A synapse also acts to give electricity to an impulse to boost it so that it can cross the discontinuous location. It has a function like pushing from behind to enable crossing the valley. Then, if the charged impulse has too little charge, it cannot respond to the charge boost obtained at the synapse and cannot cross the valley of the impulse. An impulse with a certain amount of charge can gain the momentum to cross the valley, that is, the synaptic gap, in response to the charge boost at the synapse. Charged impulses also have strengths. An impulse with a strong charge amount can cross the synapse through charge boost and reach the next nerve fiber. That is, the structure and role of the synapse are to perform charge boost to cross the gap like a valley and make the impulse with gained momentum jump over it. The charge boost is described by the waterwheel theory. And in the case of humans, since it has the role of transmitting information in the brain, it is an information-transmitting particle. The charged impulse is further boosted by the synapse waterwheel and jumps across the circuit network of nerve fibers. When it reaches the synapse, it also weaves the circuit by constructing a thick circuit while boosting the charge. Also, this biological mechanism can be applied to physics and industrial technology. The power supply of the mobile phones we use every day will never run out and can also be used permanently to ensure power in space. The concept of a battery will eventually disappear from the world. What I am focusing on in this theory is the power generation device existing in the human brain, and similar devices exist commonly in plants and animals. That is, plants, animals, viruses, and bacteria all have mechanisms to generate electric currents by themselves. One question that often comes up is power generation through plant photosynthesis. This has the same mechanism as solar power generation, which is power generation by plants absorbing sunlight, so sunlight becomes the energy source. If the light stops, electricity cannot be generated. Power generation through photosynthesis uses chloroplasts, and without light, no electricity can be produced. It is at the same level as solar power generation. Although biotechnology for energy storage seems to be advancing, the key point is perhaps to generate electricity by lighting sunlight. However, if sunlight does not shine in the dark and stops, the electricity also stops. Therefore, electricity is used to create light and generate power. That cycle is photosynthesis. Light is converted into electricity. The concept and logic are the same as those of solar power generation. Although plants also have the mechanism to convert sunlight into electricity, not all plants rely solely on photosynthesis for power generation. Rather, it can be said to be a complementary photosynthesis device. Plants also live with the mechanism of a power generation function using fibrous materials for the development of a permanent power source. If technological development progresses by specializing in photosynthesis, eventually, its theory will become a textbook. There is no difference from an old-fashioned power generation device. It is positioned in the opposite direction to the development of a permanent power source. There are many animals and plants that live and grow healthily in places where light does not reach. This reality is an objective fact that the mechanism of permanent power source development applies to all animals and plants. There is a deep-sea fish called the anglerfish with a lantern. Even when looking at this fish, there are many electric organisms that do not rely on light. These also live and move using the mechanism of permanent power source development. Although there are many organisms that do not need light, it is a fact that they continue to live and grow using an in-body generator that utilizes permanent power source development. Otherwise, there are organisms like electric eels and numbfish that generate electricity in their bodies. In the case of electric eels, they even have an in-body battery that stores the current generated in their bodies and, according to records, has the ability to irradiate a current of 600V. Considering these, even if the current generation device by photosynthesis is artificially made, it will be a work with the same concept and application as solar power generation. Also, there are organisms living firmly in the dark world about 11 kilometers deep in the ocean where sunlight does not reach, such as the Mariana Trench and the Challenger Deep. There are also microorganisms living underground below the seabed. What enables them to live is due to the self-power generation device in the body through the development of a permanent power source. There is a carnivorous plant called Utricularia. This also transmits genetic information to the bag with insects through the current generated by itself, closes the lid, and preys on them. It's just like an animal. Electricity flows in living and moving things, supporting their respective movements. Even in the cell division of these organisms, while obtaining genetic information by the power of electricity, they are receiving its instructions. The information transmission is conveyed to various places required by the genes according to the way electricity flows. A bud appears, the stem grows, and the flower blooms. This series of movements also has a weak current moving with the generation of electricity, and the plant grows. That is to say, there is also a mechanism for the development of a permanent power source in plants. Perhaps many people may doubt that there can be no current generation mechanism in plants. They may think that touching a plant might cause an electric shock. Although plants are not generating a current strong enough to cause an electric shock, clearly they are generating a weak current. There exists a current generation device in plants. As will be described later, a swarm of ions forms an electric current and transmits various genetic information to each part, causing the stem to grow and the flower to bloom. When water and fertilizer are given to the seeds, since the genes of the dormant seeds have the genetic information from before the seeds of the plants that have continued from generation to generation, the seeds have a tiny current. As a result, water and fertilizer are decomposed into ions, creating a swarm of ions, and those ions become a weak current. Basically, an electric current is created from ions. That current is generated until humans and animals die and until plants wither away, and continues to flow through the circuit networks of nerve fibers and plant fibers. That is to say, being alive regardless of whether it is a plant or an animal means that its body, leaves, branches, or trunk is equipped with a function for power generation, and current is generated through each fiber network, imparting information about growth and living as an electric current. Conversely, if all organisms do not die and do not wither, current will be continuously generated and flow within the organism permanently. Then, a large tree that has survived for thousands of years would have been generating current through the cell power generation devices within the tree for thousands of years and obtaining the information to become a large tree from its DNA. Humans also have inherited ions and compose current from body fluids such as blood. This mechanism will be described later. As an example, suppose there is a beautifully shaped branch of a tree that has broken off and fallen. Since it's a pity, it is put into a vase filled with water for viewing. However, after some time, the branch will drop its leaves and wither. Although the life of the branch survived for a short time with the water in the vase, the current transmitted from the tree has ceased. The detached leaves, branches, trunks, and roots that were waiting to receive the order to live will meet the end of withering. I regard this plant current as an impulse that also transmits information. Regarding the impulse, its mechanism will be described later, but it is a current that has the mission of information transmission. Even for humans, if the circuit parts woven in the brain are not used, they will deviate from the network, which is the circuit network that allows impulses to pass through, and eventually age and break into pieces. The defunct wire network will lose the function of allowing impulses to pass through. That is to say, since plants also generate with current just like the human brain, it is important to arrange the path for the current to flow smoothly. By the way, the theory presented in this book is a phenomenon that I somehow noticed from my late twenties to early thirties. Out of interest, I read extensively books on the structure of the brain. Then, doubts arose as to whether it was really so. In that sense, I was not conventional. Although it was a fairy tale more than forty years ago, while writing this manuscript, that sense of doubt has been increasingly intensifying. After reading several common sense books, I found that there are parts in every book that do not logically connect. Leaving those parts aside for now, I feel like I've been putting them off. It seems that because I don't understand them, I'm trying to gloss them over with common sense. Although such parts are everywhere in common sense books and textbooks, if they are simply set aside, doubts will grow. Why don't we try to make discoveries that enable understanding? Why don't we pour the energy of wisdom into discoveries? In books full of gaps that represent undiscovered knowledge, frustration will not disappear. Forty years ago, the brain was a mysterious world, and it still is. There are still many unknown parts, such as why it is like this, that have not been fully understood. This is because the network of nerve fibers in the brain is woven in a mysterious way. Why does it become like this? Such questions keep arising. Why do humans move? Some people have answered that humans move because of electricity. When I asked this question, many people replied that we move with our muscles. Regarding the heart, the reason that organ beats vigorously is that the heart muscle moves and generates electricity, which is why we can see an electrocardiogram. Although it seems reasonable, the heart does not move automatically until the end of life. The current sent to the heart makes the heart move. So, a person's death is due to the heart muscle giving up and no longer reacting to the body's electric current, not the other way around. I searched the literature about the electric eel, which is known as an electric organism. The electric eel has a powerful battery. It sends an electric current into the battery, stores a large amount of electricity, and then irradiates an electric current towards its prey to paralyze the prey and then capture it. However, the power generation theory regarding the electric eel is not clear. The main idea is that it generates electricity by moving its dorsal fin and twisting its body, and there is no further exploration of the power generation theory. It is not much different from the false power generation of the heart mentioned earlier. However, deep-sea fish such as the anglerfish known as the lanternfish, or the firefly squid that emits blue light, basically generate electricity from ions floating in their bodies, and the electricity flowing from their nerve fibers lights up the lantern or the luminescent substance. The current generation of the electric eel follows the same principle. First, it all starts with ions. That is, the electricity generation in animals is due to the positive and negative ions present in their bodies. These ions gather together. As will be described later in the text, the movement of ions in the body generates electricity and forms an electric current. Negative (-) ions chase positive (+) ions, generating electricity, and positive electricity chases negative electricity, resulting in an electric current at the millivolt level. The flow of ions and current is reversed between positive and negative. Millivolts are denoted as mV, and 1 mV is 0.001 V, so 1 V is 1000 mV. V is volts. That is, 1 mV is a weak current. If a thousand of them are gathered, it becomes 1 V. Then, the millivolt-level current generated from ions has the properties of electricity and is an electric current flow. In this book, regarding the theory I discovered and the development of a permanent power source, I will describe the essence of the theory so that middle school students around the world can understand it, writing it in an easy-to-understand, interesting, and useful way. The first thing I want to convey in this book is the fact that from birth to death, humans use ion groups to generate electricity on their own and create an electric current flow, and the current is transmitted to various parts of the human body including the brain, and humans are moving. And the human brain consumes a large amount of electrical energy to maintain its functional ability and state. All humans generate an electric current and build their lives through the action of electricity. The important place for current generation is in the brain. Why can the brain become a power generation device? Where, how, and in what way is electricity generated in the brain? And how does the generated electricity propagate through the brain and the body as an electric current and what roles does it play? First, let's look at the mechanism of power generation starting from the "ability to notice," which is essential for power generation in the brain. The ability to notice is transmitted to the brain as information in the form of stimuli. In this book, it is important to emphasize that this aspect is crucial for power generation and current propagation in the brain. The human brain dislikes inconvenience. Although there are spiritualists who deliberately seek inconvenience, people generally desire a reasonable way of life and means of living that eliminate inconvenience. They strive to improve inconveniences. From there, people rack their brains in various ways. And they come to realize the wisdom that eliminates past irrationalities. It is precisely because we live in a convenient era that the ability to notice is necessary. The ability to notice is essential for the discovery of fundamental theories. Academic knowledge, past common sense, and ways of thinking that are considered correct empirically are not necessary. Therefore, even without much academic knowledge, the ability to notice can lead to great discoveries. Thoughts leap to a situation like "What could this be...," and that thought becomes concentrated. The power of the brain that drives such logic is necessary. The intuitive ability to discover something is like a dowsing rod in archaeology. It is not possible to envision a straight-ahead, spear-like posture that simply finds something. Such a brain requires a structure suitable for discovery and an environment for cultivating that brain. One doesn't have to be a genius. Whether one is a dull-witted person or has sharp talents, honing the ability to notice is an essential condition for a person's offensive and defensive capabilities in life, regardless of whether they are a genius, a brilliant student, or a dull-witted person. That is to say, even if one is not an all-powerful brilliant student, the ability to notice is essential. Notice something. Notice a slight change. Such power of the brain originally comes from animal instincts. The ability to detect dangers that occur at a distant location, notice changes in impending natural disasters, or sense that something is strange is an animal instinct. It is gradually becoming dull, and there are many people who even ignore the risks occurring nearby and end up in disasters. One reason is that we respect rationality, get used to convenience, and the ability to notice has weakened. We are gradually losing opportunities to activate the danger circuits in our brains. If you read about Oda Nobunaga, a general in the Warring States period who will be mentioned later, you can understand how he respected irrationality and ignored the ridicule of being called a fool or a lunatic, while forging his own awareness and spreading the concept of "Tenka Fubu" (unifying the country by force). In short, he was reforging his animal brain. Computers, too, seem to perform various mechanical processes and notice dead ends and avoid them, as if they had an artificial brain. However, this is the result of humans programming computers to be like this, not because computers have consciousness and independently process various events through self-judgment. Therefore, it is desirable for the human brain to be able to predict and respond to unexpected situations. When writing this book, the world was in great chaos due to the spread of the coronavirus. The coronavirus is also a living organism, not a bacterium. In my opinion, to kill the genes of the coronavirus, irradiating it with ultraviolet light to kill the virus might be the most effective method. As will be described later, since viruses are also living organisms, they have the function of adjusting the ion groups that compose electric currents, such as mitochondria and ribosomes in cells. These are extremely vulnerable to ultraviolet attacks, which disrupts and destroys the functions that allow the living virus to multiply. That's why I strongly encourage airing futons. By the way, the brains of scholars and geniuses are different. The way the nerve fibers are woven in the brain is different. Electric currents called impulses flow complexly through these nerve fibers. These impulses play the role of electrical signals in the brain and move the brain while traveling along the nerve fibers, which are like conducting wires. However, the nerve fibers are not connected in a single strand. There are countless breaks in the nerve fibers. At these cut-off sites, the charged impulses must cross these breaks infinitely. The gap between nerve fibers is called a synapse. That gap is a space, only 0.02 μm (2÷100,000 millimeters; 1 μm is 1 / 1000 of a millimeter), so it can only be confirmed with an atomic microscope. However, it is clear that it is a gap between nerve fibers. As it is, charged impulses cannot be transmitted. The impulse needs the power to cross the synapse. For a charged impulse, a synapse is nothing but an obstructive gap. It is the same as if the wire of a nerve fiber were cut. Synapses exist infinitely everywhere. The impulse has no choice but to cross that gap. Since a synapse is a gap, there are some impulses that cannot cross the synapse and instead decline. Then, the signal cannot be transmitted. It will either be decomposed into ions as it is, or if it has some charge, it may move to another location on the dendrite, reach another synapse, and pass through another circuit. The messenger boy that has transmitted the information has finished its role. There are countless such impulses. However, if the remaining charge and the part that is decomposed into ions still have a charge that can still move around, they will form a circuit that serves as a power source together with their similar counterparts. It can be called a power loop. Such a power loop continues permanently. The impulse crosses the synapse of the nerve fiber and further amplifies the power source. At this time, since there is no information transmission work, it contributes to the development of a power source that is so to speak, infinitely large. Even if the voltage and ion amount are adjusted by the mitochondria, this power circuit becomes a precious power generation device in the brain. Even when a person is sleeping, the brain continues to send current to the power circuit network. It moves and maintains the organs, and the brain also extracts data from the memory pot, sets up a dream screen, and shows an absurd dream story. All of this is because the power circuit in the brain distributes power as needed. The power circuit that provides power to the impulse, which is different from the network of nerve fibers that determines thinking, spirit, and body movements in the brain, generates current by the ion group floating in the brain and constructs a huge power generation device in the brain through the power circuit network. The adjustment of its power generation capacity is carried out by mitochondria adjusting the amount of ions in the brain. Mitochondria are biological organs for maintaining a certain amount of power in the brain. If the power generation amount is small, more ions will be discharged, and if the power generation amount is large, the amount of ions will be reduced. As a result, the network formed by nerve fibers in the brain ensures a certain amount of brain current through the ion adjustment function of mitochondria. Due to this function, the destination of the charged impulse is controlled. Therefore, through the ion adjustment function of mitochondria, the charged impulse passing through the synaptic gap continuously and reasonably weaves the nerve fibers, maintains an appropriate amount of electricity in the brain, and safely operates the functions of the brain. In this way, the charged impulses that have crossed many synapses transmit information to various required locations. Mitochondria are organs of brain cells with a power supply adjustment function, and the functions of this organ will be described later. The impulse that has completed information transmission is just an ordinary current. This current becomes the power supply in the brain and plays a role in amplifying the charge amount when the impulse trying to transmit information crosses the synaptic gap. The impulse that has fulfilled the role of information transmission becomes decomposed ions and aggregates in the synapse. While submitting to the voltage adjustment of mitochondria, some of the surplus current reaches the vicinity of the dendrite and supplies the necessary current to the impulse with a small charge amount. Positive and negative ions swim around in groups in the synaptic gap, and the amount of these ions is naturally adjusted by mitochondria. Ions are the atoms that make up an electric current. Then, theoretically, the impulse that has fulfilled the role of information transmission is regenerated and becomes an impulse that fulfills the role of information transmission. And the circuit network for this power supply adjusts the charge amount of the impulse with the role of information transmission as needed, and becomes the power source for continuously weaving a smooth network in the brain. Such a circuit is equipped in our brains. Dendrites are parts of neurons that are not nerve fibers. They have many synapses and allow many impulses to pass through. So to speak, they have the function of allowing even the "wrong path" that is not the main path to be traversed. When there are many such cases, the circuit network gradually becomes more and more intricately woven. When the charge and momentum of the impulse are large, it can cross the "river" of the synaptic gap. That "bridging" is the impulse. The nerve fibers extending from a single neuron (brain cell) connect to another several thousand to sixty thousand nerve fibers at the synapses of the connection points. Such synapses are calculated to be more than one trillion in adults. Furthermore, in the network connected by such synapses, there are about 2 to the power of one trillion information transmission routes. Considering that in the case of the human brain with such intricacy, it is formed by the age of about three years and is derived from the basic circuit and gene data, if the impulses do not use the nerve fibers of the brain, they will age and become unusable, or unable to transmit charged impulses. If the charged impulses do not enter the dead-end circuits of such nerve fibers, they will have to cross an infinite number of synapses. For the development of a permanent power source and for wisdom and mental strength, the brain must be continuously used. In life, if there is no stimulation and nothing is done, all 14 billion neurons will simply die. Such a life is a loss. The weak charged impulses that could not cross the synapses also return to ions and become the material for creating the current that flits around in the brain. As mentioned before, in humans, a rough basic circuit network is formed in the brain by the age of three. Therefore, an environment that protects the child's brain is essential. What parents and adults give to children as presents is the environment. To raise a smart child, a child with judgment, a child with empathy, and so on. The contact points between adults and children lie in the environment that protects and nurtures the children's brains. Even after reaching adulthood, the human brain continues to actively form networks. If we assume a lifespan of 80 years, we only use about 60% of our brains throughout our lives, and the remaining 40% is completely unused. There is a brain disease called aphasia, which occurs when language circuits or regions are damaged due to accidents or mental shocks. Once a lost circuit cannot recover, but through rehabilitation, a new complex language circuit can be created, and it can be almost completely cured. From this example, we can see that the human brain can recover and grow with exercise. That is, it is because the brain does not consist of brain cells, but rather weaves a circuit network every day by joining the synapses of nerve fibers extending from the brain cells that simply exist in the brain. In life, the way it is woven is important.

[0031] Chapter 2: The Nerve Fibers of the Brain Woven by the Magic Loom There is a magic loom in the brain, and a network of nerve fibers spreads out as if woven by the hand of God. This was expressed by the British brain physiologist Sherrington. It is a poetic expression that represents the characteristics of the brain. The network is made up of fibers derived from nerve cells called neurons, which are the nerve fibers. That is, the nerve fibers and neurons described in this book have the same meaning. In the following, although neurons and nerve fibers will be used separately case by case, they are the fibrous substances that weave the brain network. Along these neurons, there are synapses with infinite gaps everywhere along the fibers. Signals run continuously across the network of nerve fibers woven into the brain. Since signals are transmitted by the current of charged impulses, an electrical force is required to cross the synapse. The current generated at the synapse being attracted to the charged impulse and increasing in charge is the requirement for crossing the synapse gap. The charge amount of the charged impulse attracts the current at the synapse and further increases the charge. The strength of the charged impulse determines the increase in charge at the synapse. Then, while the dominant charging impulses that enable increased power can cross synapses, the non-dominant charging impulses slip through the synaptic gaps and the current breaks down into ions. This means that there are superior and inferior impulses. Then, why are neural networks formed in the brain? Stimuli enter the brain from the outside world, and the brain weaves a different surrounding network for each person in response to those stimuli. The neural fiber network is involved in everything from thinking and emotions to the timing of moving the human body, and the impulses that convey the required information select the route to follow within the network and are transmitted to various locations. Thinking, emotions, personality, motor ability, etc. are all determined individually by the way the neural network is formed in each person's brain. Put simply, it can be said that humans create their lives based on their environment. One can also become red when associated with red. It is a fact that continuously providing the brain with an appropriate environment is also a means to achieve the goal of creating a rich and unencumbered life. Since an impulse is an electric current charged with electricity, an impulse with a large charge and strong momentum jumps over synapses while overpowering impulses with a small charge. However, the impulses flow through a conducting wire called a neural circuit. Since it jumps across the network, there are also circuit networks created in the past. The robust network constructed with past education, past common sense, and ways of thinking that are considered correct empirically functions soundly. On the other hand, the neural circuits in the brain that are aware of and exclude these are less likely to be influenced by ways of thinking that are considered correct empirically, such as education, past common sense, and old customs. When trying to discuss it in terms of common sense, non-common sense that exists in the gaps of common sense always appears, and common sense theorists are unable to explain this non-common sense. Because it is non-common sense, this part is set aside. The effort to be aware is omitted. Conversely, the human brain is easily trapped by education, past experiences, and customs. It's easier that way. Retrieving existing data requires less mental effort than creating new data. As a result, the brain's circuits will be dominated by common sense. Such a common-sense brain will find it difficult to notice many ideas, creations, and discoveries. For researchers, artists, and creative businessmen who seek new discoveries and insights, maintaining a brain imprisoned by past common sense is unsuitable as it eliminates the power of the noticing brain. In daily life, no matter how hard one tries to notice something wonderful, it's often difficult to do so. It's when one suddenly relaxes that the power of the noticing brain kicks in, like "What is this?" A brain bound by past education and experiences may not even be inclined to figure out troublesome non-conventional things. "Funyamu nya... It's like this according to common sense." And that's where it ends with this level of response. Generally, the world has become more convenient. Various inconveniences have been eliminated and it has become more rational. With the evolution of science, inconveniences have been replaced by conveniences, and the ability to perceive inconveniences has weakened in the brain. Consequently, the power of noticing may also have fewer opportunities to emerge. However, new inconveniences and barriers to be eliminated constantly appear. For example, if the power supply, which is a lifeline, stops or the power plant breaks down, it will be troublesome. Mobile phones also become useless when the battery runs out, so one has to use a charger from an outlet to store power. Then, the opportunity for developing a permanent power source approaches. Noticing a theory like the development of a permanent power source means that its realization will improve human life, contribute to safety, and also lead to human peace. However, for the brain to function properly, it must be healthy. Therefore, in order for the brain to continuously form a physiologically healthy circuit network, amplify the current in the circuit to develop power, and send charged impulses, one must be careful not to let the brain die. Then, in the applied physics circuit network that applies this permanent power supply development, although there is no physiological damage, it is necessary to know why the brain may stop generating electricity. Brain death means that the brain dies, so a human body without electric current flow will also stop functioning and die. How does the brain die? The logic is surprisingly simple. For reference, I would like you to read it. The energy source necessary for the neurons that form the brain's circuit network to function is sugar. When neurons digest sugar, oxygen is required. However, there is almost no carbohydrate or oxygen that can be stored as the element of sugar in the brain. Therefore, these elements necessary for the brain are transported and supplied by the blood. In particular, the brain is extremely sensitive to oxygen deficiency. If the oxygen supply to the brain is stopped, a person will usually lose consciousness in six to seven seconds, the impulse will stop running in the nerve circuit in 40 to 110 seconds, and the function of the brainstem will completely stop. And after five minutes, rapid destruction of neurons begins. Then, the circuit network of nerve fibers in the brain is destroyed and the power generation stops. Brain death means the cessation of the brain's power generation. The reason why there is a lot of neuron death in heavy drinkers is that neurons cannot digest excessive sugar and cause oxygen deficiency, resulting in asphyxiation death. When the nerve fibers in the brain are rapidly broken, it becomes difficult for impulses to pass through the circuit. Therefore, smooth information exchange becomes difficult. It is said that the rotation of the head becomes worse, but the circuit network in the brain is cut off, and the ions that turn into electric current in the brain also decrease. Although wine is the king of all medicines, if you overdo it and drink too much, you will have to worry about the sequelae caused by the breakage of neurons after waking up. The amount of oxygen required by the brain is five times that of the heart and 20 times that of the muscles. For example, in a fire or an accident, if the amount of oxygen to the brain decreases sharply, the brain will immediately become oxygen-deficient and the neurons will die. The network of nerve fibers derived from neurons will die off all at once. The brain functions using oxygen and glucose, and discharges waste products into the blood. These are then expelled from the body through the blood vessels of the venous system. However, if there is any obstruction to the blood flow exiting the brain, dirt accumulates in the veins and the blood flow stops. This leads to insufficient oxygen being delivered to the brain by the arteries, inhibiting neuron metabolism and weakening the overall function of the brain. It can be said that the adhesion of cholesterol that blocks blood vessels and vascular diseases suppress the inspiration of intuition. We must unconsciously remember to maintain the functionality of the brain in a healthy and sound state at all times. Replacing the brain with a machine is analogous to brain death, that is, the machine that is the brain breaks down. Conversely, as long as it is a machine that does not break down, it is believed that it is easy to complete a machine incorporating the theory of permanent power source development through applied physics and technical capabilities. As an example, neurofibers and synapses are physically and engineeringly made into artificial fibers as substances, these fibers are woven, and a network is completed. Synapses are arranged on the artificial fibers, and an appropriate amount of ions based on the waterwheel theory are injected. Then a weak current is passed through the fibers. Eventually, the current repeatedly increases within the system. Of course, it is equipped with a voltage regulation function similar to that of mitochondria. This device is made of artificial fibers woven into a chip-shaped circle. The device is shaped like a button. The method of making the artificial fibers is the same for the utilization of industrial permanent power source development. In this way, the permanent power source development device is artificially completed. For example, a permanent power source development device that is not a smartphone battery can be embedded in a mobile device. In trains, cars, and even airplanes that also fly using fossil fuels, by also incorporating the theory of permanent power source development, they can become permanent machines for power source development. An airplane powered by an electric motor can fly at high speeds without polluting the ozone layer. It can bring excellent benefits to humanity and the global environment, being pollution-free, safe, and without global warming or air pollution caused by CO2 emitted from fossil fuels. It would also be good to reorganize diesel locomotives for permanent power source development and transform them into pollution-free trains. As an alternative to the immortal brain, the development of machines incorporating an indestructible permanent power source is urgently needed. Then, wars over fertile land will also drastically decrease. Nuclear power plants and thermal power plants scattered around the world will also be dismantled. Thus, the energy problems regarding lifelines and the environment, which have plagued humanity since the dawn of time, will be solved. Realizing the folly of the energy problems that have increased the seizure of lifelines, wars, and environmental pollution, humanity will regenerate a peaceful Earth. Uranium and fossil fuels will lose their necessity and deviate from the economic principles of supply and demand. Then, electricity will have no limit on usage fees, bringing about an enormous economic effect on the lifeline effect and effectively becoming free, zero dollars, and zero euros. This aspect represents the excellent economic effect of the development of a permanent power source. Humanity will be able to use an infinite amount of current, and just like fresh air and water, human society will obtain a fresh and convenient power source. As a result, large-scale resort facilities will appear on the scorching earth, technologies to permanently obtain warmth will be developed in extremely cold countries and regions, and it will also become possible to construct a second Earth in space. By the way, in a state of rest, in a healthy person aged from twenty to forty-five, on average, 54 milliliters of blood flows through 100 grams of the brain per minute. Along with this, approximately 3.3 milliliters of oxygen is supplied to the brain. Therefore, in the entire 1400-gram brain, around 46 milliliters of oxygen enters per minute. However, for the brain to engage in high-level intellectual activities, 7 to 10 milliliters more oxygen is required. If the brain's function improves, the supply of oxygen must increase accordingly. Walking serves this purpose. It can be said that an oxygen amount of 53 to 56 milliliters is optimal for the brain during intellectual activities. When Einstein came up with the theory of relativity, approximately 56 milliliters of oxygen should have been supplied to his brain. The improvement of the brain's function is almost limited to when there is light body movement or when walking. When engaging in excessive sports or physical labor, the blood pressure that the heart pumps into the brain increases, causing the oxygen content to exceed the appropriate amount and the cerebral arteries to constrict. The network of nerve fibers spread throughout the brain sends charged impulses as instruction information for defense to the blood vessel cells. In some cases, the blood vessels may go into convulsions. When abnormalities that inhibit normal activities occur in the brain, the control system for that kicks in. The impulses continuously send danger signals from the brain's network. As a result, the capillaries in the brain close, and as a side effect, oxygen supply to neurons and nerve fibers stops. This leads to the death of active neurons. Nerve fibers carry the current carrying the signal and thus serve as conductors. Therefore, the oxygen in the brain must be at the appropriate amount. The decline in the function of the nerve fiber network rapidly weakens the flow of the electric current called charged impulses. The brain, which is sensitive to a lack of the appropriate amount of oxygen, immediately falls into functional difficulties, resulting in a decline in brain power. Walking is said to be good for brain activity because gently moving the body supplies the brain with the optimal amount of oxygen. Walking or doing light gymnastics stimulates the part called the motor area of the cerebrum, and first, the functions of the neurons and nerve fibers in that part become active. Along with this, the oxygen consumption increases, and waste products, especially carbon dioxide, increase. When the amount of carbon dioxide in the blood exceeds a certain level, it has the effect of dilating blood vessels and increasing the amount of blood flowing into the brain. As a result, more oxygen is supplied to the brain, and all brain organs become active. Therefore, the biological means I propose for realization is walking. It is gentle walking, not jogging for physical strength enhancement. Busy roads are dangerous, so a park with a lot of greenery is good. A place where one can think about something is suitable. If there is no such environment around, it can be substituted with a room in one's own house. While moving the body and walking, one thinks. It can also relieve stress in the brain. Aristotle is said to have thought and given lectures while walking with his disciples. Therefore, they were called the Peripatetics. Einstein is also said to have suddenly got a hint of the theory of relativity while walking in the countryside. Take a walk or move the body. It enhances the power of the brain to notice things. The information that enters the human brain starts with being noticed due to some kind of stimulus. The noticed information enters the brain from the outside world through the eyes, nose, ears, skin, tongue, hands and feet, etc. This various information is processed in the neural fiber network of the brain. Information is a stimulus, but it does not directly create an impulse charged by that stimulus. On the contrary, an impulse can only obtain the energy of its movement when it is charged. If the amount of charge is small, it moves little; if the amount of charge is large, it moves a lot. It is the power generation in the brain that gives that amount of charge. That is to say, the flow of electricity from a group of ions generated by the waterwheel theory at the synapse is the mechanism of power generation in the brain, and the charged impulse that passes through the synapse infinitely continues to generate electricity throughout a person's life. So I noticed something like this. It is the voice asking what exactly the power of noticing is. Describe the power of noticing not subjectively but more objectively. For example, one encounters delicious food. It doesn't have to be the food in a high-class restaurant. Whether it is ramen or set meals on the street that one thinks are delicious, if there are factors to notice the deliciousness, the stimulus will be transmitted to the brain through the taste. It will be remembered. On the contrary, one encounters something bad. This also stimulates the power of noticing. The power of noticing that it is bad may mutate into anger. However, this bitter experience also becomes a source of generating electricity in the brain. If possible, one wants to encounter a lot of delicious things. When and where one experiences delicious and spicy food is something that is unknown. Also, the extent to which that stimulus remains in the brain's memory bank as information will probably depend on the degree of the encountered excitement or lack of excitement. In life, the way of steering often changes due to encounters with people. There are many examples where, without that encounter with that person, one's life would have taken a different path. Many people become aware of an important part of their deep psychology through such encounters and rebuild their lives. This is because they obtain sharp stimuli. It is also important to consciously create opportunities for such encounters with people. A student wishes to study under a certain teacher. Therefore, the student takes the entrance examination for the university where that teacher is affiliated. This is also the first step towards studying under a certain teacher. Suppose the student passes the university entrance examination. However, whether that teacher will accept the student is another matter. The teacher may reject the student from joining, or in some cases, the teacher may have already retired. You have to consider another method. This also becomes an opportunity to generate electricity in the brain. It promotes the spirit of challenge. This also increases the amount of electricity generated in the brain. Should you knock on the door again? Or choose another path? You must arouse the power source in your brain. At that time, you will think about how you will be noticed. An encounter may be opened by a prepared means, and that encounter may not necessarily be the best for you. Just one direction does not necessarily realize an encounter with people. Even so, if that's the case, change your approach and try something different. Prepare various paths. However, that teacher may not necessarily be the best mentor for you. In such a case, it may be necessary to stop and consider the direction. Also, prepare for accidental encounters. By the way, according to a passage, there is a different theory in a textbook written by a scholar that physical stimuli such as pinching or knocking are factors that generate electricity, but that is not the case. The information that enters the brain through the ears, eyes, etc. gathers positive and negative ions in the brain and ignites the information transmission. The negative ions chase the positive ions, and the flow of ions becomes an electric current. The positive electricity chases the negative electricity and becomes an electric current. With ions, the chasing direction of positive and negative is reversed. Then, how are human ions created? They inherit the ions of the mother. When they are born, positive and negative ions generate electricity in the body of the newborn, forming an electric current that attracts impulses. Also, humans are born with electrolytes in their bodies such as blood and body fluids that are easily ionized, making them suitable for ion generation. The movement of ions forms an electric current. In this way, ions in the body gather as the cause of power generation. Negative ions chase positive ions, generating electricity and forming an electric current. Some textbooks state that neurotransmitters are swarming in synapses, but it is not such chemical substances. Instead, it is ions that swarm. Groups of ions that turn into physical electric currents are waiting in synapses. Ions are atoms, divided into positive (+) and negative (-), floating infinitely in the brain. There are also many ions moving around in the human body to surely transmit the impulse current to the target site. In the center of the brain, there is a part called the brainstem, which is exactly like a trunk. Impulses transmitted from the brain network converge on the brainstem and pass through the bundle of nerve fibers called the brainstem to be transmitted to each part of the body. The brainstem is one of the aggregates of organs that make up the central nervous system. Broadly speaking, it includes the midbrain, medulla oblongata, and diencephalon. Narrowly speaking, it is called the lower brainstem. As a result, the brainstem that receives the information indicated by the impulse from the brain sends instructions to move the hands and feet to the hands and feet. Due to its location and function, the brainstem is also called the command tower of the brain. Despite differences in thinking, emotions, physical strength, organs, etc., it is the lifeline through which charged information impulses are transmitted to the human body including the brain, taking shape in the brain network. When it starts to rain and one wants to walk faster, the impulse from the brain borrows the help of the current composed of ion groups in the body to move the feet and give instructions to point to the umbrella. Then, everything, including thinking and emotions, follows the commands from the brain. That is, even though there are differences in the way we weave the network, we are dominated by the power of the brain that moves the brain. In that sense, the ion groups floating in the body are like a power source that supplies the charge amount of impulses depending on time and location. The brain applies the current generated by the ion groups to the impulses. The currents generated in the body other than the brain correct the charge amount of the impulses through the ion adjustment functions of mitochondria and ribosomes, etc., transmit impulses carrying information, and play a role in not interrupting their momentum. Incidentally, ribosomes are a storage of RNA. When generating the impulse current from positive and negative ion groups, ribosomes determine the waveform of the current, determine the speed of the current and the nature of the information, and transmit the adjusted impulses to the neural fiber circuits. It can be said that ribosomes are a storage of genetic information. Since this book presents the logic of permanent power source development, the function of ribosomes belongs rather to the field of genetics, and this book will not clarify the function of ribosomes and is limited to their relationship with charged impulses that carry out information transmission. Now, the brain cells called neurons are shaped like trees that extend the branches and leaves of neural fibers, and each neuron extends a number of protruding branches. Since those protruding branches are also neural fibers, they form synapses with the protruding branches coming out of other neurons. Then, by passing impulses with a large charge amount through the synapses, they connect to the neural fibers of the brain on the other side and form an extremely complex and high-density network. It is the genetic DNA stored in the brain cells that controls the direction in which the branches and leaves of neurons extend and the properties of the branches and leaves of neurons. Therefore, the branches and leaves extending from neurons expand the neural network by forming and joining synapses with the branches and leaves of other neurons due to learning and external environmental stimuli. The basic foundation of thinking and emotion is formed here. The tips of the branches and leaves of neurons extending in the network are trying to form synapses. It is the role of RNA to convey the genetic sequence information of DNA to the tips. Moreover, the RNA that plays a role in transmitting DNA information to the ribosomes embedded in the dendrites of neurons is messenger RNA (mRNA). Similar to mitochondria, which are involved in impulse voltage regulation, ribosomes are located in dendrites and are related to the positioning of information carried by impulses. Ribosomes read the genetic information of messenger RNA, translate the base sequence, read the gene template, and while performing programming based on the template, they realize the brain's circuit network as a coherent function. Then, they maintain the circuit network through which weak electrons that transmit various activity information in the brain flow. Ribosomes read the combination method of gene templates and create individual circuit networks, which are part of the brain network, together with impulse activity information. Therefore, although ribosomes are not directly involved in brain power generation, they are deeply related to the selection and determination of the type and category of information transmitted by impulses. The branches and leaves of brain cells, neurons, are connected by synapses to form a unique circuit network expansion. While combining with other circuit networks, they realize a huge circuit network in the brain, expressing the brain's capabilities such as unique thinking ability, emotions, moods, and human motor ability. In the case of humans, the brain is the command center that controls life. At its core is the brainstem. Humans direct their awareness towards thinking and emotions, weaving a delicate network of unique neurons in the brain. In this way, humans have evolved into thinking animals with spiritual power. Humans generate electricity through an infinite number of synapses themselves, increasing the electricity while giving the current to impulses, creating paths for impulses, arranging synapses throughout each nerve fiber, giving the order of passage to impulses, and building and evolving a huge and magnificent nerve fiber network. A schematic diagram of that nerve fiber network is shown on page 85. How did humans come into being? It wasn't that men and women originally in human form appeared on Earth as depicted in mythology. Initially, they took shape as organisms in the sea. The sea was probably the oxygen-rich Aegean Sea. It's not a fairy tale, but the sea contains seawater with salt. It is suitable for electrolytes. Geographically, the Aegean Sea, which is like a sea or a lake, has a large amount of oxygen. Sometimes, due to the current drop such as lightning strikes, seawater is decomposed into ions, and the sea has become a treasure trove of ion groups. The first living things of humanity obtained life from iPS cells and formed their forms. It was probably a hermaphroditic slug-like creature like a planarian. That primitive organism separated into male and female. As time passed, the male and female changed their forms into men and women. And with continuous evolution, humans eventually came to have neurons that possess a brain and allow the unique impulses of humans to pass through.

[0032] All life originated from the sea. We humans and animals carry a small sea, that is, blood, in our bodies in order to survive after rising from the mother sea to land. Also, human blood and seawater have almost the same components, and the ratio of ion groups is also similar. That is, the fact that sodium ions, chloride ions, etc. contained in the blood are almost equal to seawater tells that we were once sea creatures. Moreover, a part of the air that a newly born baby breathes for the first time after coming out of the mother's body remains in the deepest alveoli of the lungs and never comes out throughout life. That is, every human being keeps the air of their hometown in their chest until death. We always have within our bodies the very first parts related to human life, namely the small sea and the air of our hometown. Incidentally, human blood has almost the same minerals, components, and electrolytes as seawater. This fact tells the fact that humans were once sea creatures. Equipped with a body fluid that is easily ionized, we are alive. Using those ions, we let an electric current flow, and humans continue to live without cutting off the power supply from birth to death. With the evolution of humanity, neurons came to be stored in the brain in a set of 14 billion. Humans continued to weave the seat of thought and the seat of spirit with neurons. Ions generate an electric current, nerve fibers allow impulses to pass through, and synapses pick up the electric current from ions again. Thus, the brain came to form a three-dimensional and intricate network. Moreover, humans are born with only one set of 14 billion neurons, which are brain cells, and no new neurons are added after that. Most of these neurons are concentrated in the cerebral cortex, which is about three millimeters thick. Therefore, the nerve fibers extending from these neurons connect with other nerve fibers at synapses and continue to form a dense network. Through the network of the cerebral cortex, charged impulses carrying information are sent to various parts of the brain. Various types of information create the seat of thought and the seat of the mind in the brain, and humans will then create the form of their lives. Then, how the nerve fibers are woven becomes an extremely important task. To determine the smooth path for impulses, the need increases for us to develop our awareness in aspects such as the living environment. Humans are born with approximately 13.653 billion brain cells (neurons) in one set. These 14 billion brain cells start growing nerve fibers vigorously from the moment of birth and form a very complex network. And one brain cell connects to thousands to even 60,000 synapses, weaving a circuit network for information transmission. Whether one is smart or not does not depend on the number of brain cells. It depends on how the network of nerve fibers extending from the brain cells is assembled. The nerve fibers extending from one neuron (brain cell) connect to thousands to 60,000 other nerve fibers at the synapses of the connection points. There are more than 100 trillion such synapses in adults. Furthermore, in the network connected by these synapses, there are about 2 to the power of 100 trillion information transmission routes. Although these are hard-to-imagine numbers, they far exceed the number of electrons and protons in the entire universe. If these numbers are lined up side by side, they would circle around the Earth about 30 times. This is the reason for the inspiration of the mathematical formula for permanent power source development. If we consider that the brain mechanism with such density is derived from the basic circuits and RNA data formed by the age of three, then, for example, it must be said that Mencius' mother was scientifically correct when she moved three times considering her child's educational environment. This is the reason why the educational term "Mencius' mother moved three times" has remained until today. Exercise is known to be effective in activating the brain. Exercise has the same effect as drug administration. The brain creates an environment necessary for brain activation through human movement. This means that the construction of the network extending from brain cells becomes active. In the future, it will be possible to artificially cause brain cells to divide in the same way as muscle cells and increase the number of brain cells in the brain. However, brain power is not developed by the number of brain cells. How the nerve fibers extending from brain cells are connected to other nerve fibers at synapses determines the quality of brain power. Considering whether the number of brain cells increases or decreases may seem like an issue of life and death for the brain, but we are in an era where it is possible to artificially increase the reduced brain cells. What kind of loom will the nerve fibers extracted from brain cells show us the aesthetics of neurons? This is what is necessary for the application of the development of a permanent power source for the brain. Even if there are initially 14 billion neurons, they only die every day. Therefore, the only way to deal with the death of brain cells is to slow down that rate, or build thick circuits in the brain to improve the passage of impulses. According to one passage, it is said that 20,000 to 30,000 brain cells die every day from those that are not being used. Since dementia is also caused by the death of unused brain cells day by day, it is necessary for us to train the brain power we are aware of and activate the brain. Blood pressure, okay. No abnormalities in the body, especially. Even so, it is a fact that brain cells are dying every day. If the inside of the brain is becoming like a broken spider's web and becoming empty, then the health of the brain is still being damaged. Just because you look healthy on the outside doesn't mean your brain is healthy. If the term "brain health" is inappropriate, it can be said that the brain's function is declining. Since brain cells decrease with aging, it is important to firmly connect the circuit network in the brain to maintain the brain's function. To prevent the circuits built up when young from thinning, revive your area of expertise with the circuits of the old brain and further improve your skills. Then, the nerve fibers build a new circuit network in the key station for that circuit network. Be aware of such areas of expertise from a young age to prepare for old age. You're still not that old yet. Still, those areas of expertise will be helpful for brain activation in the future. While repairing the thick circuit network painstakingly built when you were young, further train it. This is what makes the brain healthy. By the way, the main organs of the brain are the "cerebrum" that controls language, sensation, sound, motor functions, etc., an organ called the "hippocampus" related to memory, and the "brainstem" that takes charge of the computer function of the brain. The "frontal lobe" related to concentration and willpower also helps maintain brain health. The cerebrum is divided into left and right. The left cerebrum has the logical ability to speak things in an organized manner and understand language, while the right cerebrum controls non-logical abilities such as perceiving beauty and sound, and sense of movement. Although the cerebrum is divided into left and right, it is separated into the left and right cerebrums by a part called the corpus callosum. And the information noticed from the outside world is distributed and enters the left and right cerebrums according to the type of information. And that information is also stored in the hippocampal pots on the left and right.

[0033] Chapter 3: Impulses towards the Brain's Power Source Humans often get sick and suffer. The reason for getting sick is that when the brain generates electricity and applies current to impulses, if the transformation work in the body is insufficient, information confusion and the like occur, which disrupts the recombination of genetic information of DNA (deoxyribonucleic acid) in the body and its copy RNA (ribonucleic acid). It is the enzyme of the protein type that is responsible for copying DNA. The messenger boy running around in the brain to transmit the genetic information of DNA to RNA is messenger RNA. Although it is said that the DNA is stored in the nucleus of the neuron, it is built into the dendrites of the neuron, and the nucleus is like a storage warehouse. The RNA that has copied DNA is attracted by the charge amount of the impulse and transmits the information of DNA to various parts of the brain and various parts of the human body, making humans think and move their bodies. That DNA is wound and connected in a helical shape by the discovery of Roger Sperry and Watson, and has become a design drawing that stores all the information for moving the human body, animals, and plants. That design drawing is copied and the information that controls thinking and body movement is transmitted by impulses. Therefore, RNA inherits and proliferates the genetic information of DNA, but DNA does not proliferate. Among the genetic information that RNA inherits from DNA, only one of the four bases of DNA is inherited by RNA and changes. Therefore, the two genes have similar but non-identical genetic information. The stimulus called information is that the impulse running around the brain obtains a charge amount in this way. Therefore, if the stimulus of information is not very strong, the ions in the brain do not position the information of the stimulus in an important position. That is to say, the charge amount of the impulse decreases, so the ability of the impulse to jump over the synapse is only a certain amount of force. For example, being touched by something. There must be degrees of such touch, and even if there is a strong touch for oneself, for others, there may be a case where there is a touch but it is not that significant. The way of receiving touch varies from person to person. When one feels a strong emotion, the brain is strongly stimulated, causing the ion groups in the brain to gather around the synapses in the area of the emotion. More of them become a strong electric current in the brain, generating impulses with a large charge amount compared to those who do not feel the emotion. These impulses create a thick path in the brain's circuit network, and the brain's network continues to form derivative circuits based on this thick path. Suppose one is extremely touched by a very delicious dish. That emotion is deeply engraved in the brain. Memories become deeper the more they receive emotions from the outside world and the stronger the degree of emotion. One is touched by reading a book. One is deeply touched by the words and deeds of others. That emotion is remembered, and the memory information is stored in the hippocampus, a part of the brain. The hippocampus is also called the hippocampus major and is the brain's memory bank. It is said to be named after the shape of a baby eel. Memory information reaches the hippocampus and is stored in the memory pot. The memory information that has received external stimuli in this way heads towards the hippocampus pot. As mentioned earlier, due to the weak stimulus, the ionized impulses that are too weak for the ions in the brain to gather around cannot cross the synapses. That is, the ion group does not become an electric current. The impulse remains with a small charge amount and falls into the synaptic gap. That is, if the stimulus is small, it is difficult to remain in memory. Then, the memory may not reach the hippocampus pot.

[0034] Since ancient times, there have been sayings like "When in a tight spot, there is a way through" or "When in trouble, wisdom emerges." If one deliberately challenges a difficult task, it can wake up even the dormant brain, and thus the brain power gradually reaches its full potential. When one's mood is pushed to the limit, the stimulus to the brain becomes stronger, so many impulses run through the brain's network, the ion group turns into an electric current, and the power supply amount in the brain also increases. The charged impulses open the circuits of emotion and wisdom in the network proportionally. The charged impulses heading towards the left and right hippocampi gain momentum, inject information into the memory pot, and also draw out the necessary past memory information. Through this process, the information provided at the scene of being in a tight spot also increases. Thus, when in a tight spot, there is a way through, and the thicker wisdom circuit than usual starts to operate. By the way, why do we dream? The hippocampus is involved. Since the hippocampus is the part responsible for memory, it stores a wide variety of memory information. Strong emotions, information that catches our attention and lingers, general knowledge and learning acquired in school without much effort, memories both old and new are all stored in the hippocampus. During sleep when the brain's functions are relaxed from the tension, the memory information is randomly retrieved and projected onto the screen of the cerebral cortex. Mixing the past and the present, the brain's network creates a special story. This is what a dream is. Dreams like having this kind of dream or that kind of dream are rich in topics. So, dream divination might be interesting. Whether it's a dead person talking or a sage appearing to predict one's life, even if it hits the mark or misses, it's a fact that it's a theater-like show where the memory medium stored in the hippocampus is randomly drawn out to assemble and perform an impromptu story. Sigmund Freud talked about the psychology of dreams, but he was talking about the tendencies and countermeasures of the networks woven in the brain, not predicting the near future related to divination. Still, if one is curious, perhaps it's better to leave it to the fortune-teller. Since dreams are the feats of the brain's network, there is a synergistic effect with the impulse to extract the memory information stored in the hippocampus, showing us a rather outlandish drama. Therefore, for those who are troubled by having only bad dreams, directing the stimuli that can create the power of awareness towards beautiful or enjoyable things can create new circuits. Thus, it is hoped that the new happy circuits will be made thicker than the circuits that evoke bad dreams so that good dreams can be seen. Since impulses are electrical signals that increase the charge at synapses, it is necessary to free the circuits where beautiful and enjoyable signals flow easily from the bad dream circuits for those who are prone to having bad dreams. To do this, as mentioned earlier, intentionally increase beautiful and enjoyable experiences and store that information in the hippocampus.

[0035] Freud is a renowned psychologist and physician. If he had delved deeper into the correlation between the Hippocampus and the neuronal fabric spread across the cerebral cortex, he would surely have made another leap. Incidentally, Einstein dismissed Freud's dream research as not being science. There is a term called déjà vu. For example, even though you've never been to a certain place, you might somehow envision the atmosphere of a place you've been to before. It feels like a daydream and gives you a strange feeling. However, in my theory, this is also the same as the structure of dreams. Similar scenes were seen somewhere and stored in the Hippocampus. It then chains and extracts various memory data from the Hippocampus's pot and projects it onto the brain's screen. This creates some kind of story and sets the stage for déjà vu. Since it's like a dream seen in broad daylight, it might even be called a daydream. One thing I forgot to mention is education and religion. Even though their positions are different, both build thick circuits in the brain's network. We often talk about brainwashing, but education is also a form of brainwashing. Religion is too. When we say "washing the brain," it can be understood as not allowing other impulses to approach. We can see artificial means that ensure impulses can pass through the thick pipe correctly. Whether it's something enjoyable or unpleasant, if it's a strong stimulus, it enters the circuit as an impulse with a high charge. Remember this point. Not all brainwashing is dangerous. Since education is also a type of brainwashing, young people grow through self-study with the help of education. Everyone experiences times when they feel they don't have enough study or are mentally poor. At such times, if strong stimuli enter the brain through information and that stimulus increases the charge of the impulse and runs around in the brain, it creates a thick path in the brain's circuit network. This might be called an emotion, but it stores unforgettable memory information in the Hippocampus, which is like a pot of memory. If it's a religion that's not favored in society, it will be called brainwashing. It's dangerous to unknowingly come into contact with such data and call it a stimulus into our own brains. There is religious education, educational religion, military ideology, and many other brainwashing devices of different levels in the world. What's more, it's difficult to distinguish what is good and what is bad. The brain, which is easily trapped by fixed data such as common sense, education, past, and experience, is not good at distinguishing the value and analysis of new data that it has taken in. This is because the one-way thinking of fixed ideas leads to erroneous judgment. A network of neurons woven with non-three-dimensional, two-dimensional thinking causes impulses running in one direction to misdirect the path of the circuit they should follow. They travel along the plane and cannot go deeper into the circuit. In order to avoid such dangers and not waste one's life, it is necessary to build a three-dimensional network of circuits. Even if you stack layers of two-dimensionally woven networks, you cannot expect to develop three-dimensional thinking abilities. A brain that is obsessed with common sense judges things using a two-dimensional network. The brain's permanent power source continues to be consumed by two-dimensional thinking for the rest of one's life. When we want to escape from the inconveniences and mental pain we are currently experiencing, when we are forced into a situation that we are convinced is beyond our ability to resolve, and when we are not aware of any hope of salvation, we are easily caught up in brainwashing. Of course, I am not denying religion or education, but it is important to have thick pipes in the brain network that move the ego. The purpose of both education and religion is to evolve the human brain and make people's hearts happy. However, there is also brainwashing that is named after religion, which exists paradoxically. Danger or safety? After all, it is necessary to use the power of awareness. This brain power is something that comes intuitively. It may sound like a bystander's way of saying it, but we need to train our ability to notice on a daily basis. A brain that has become accustomed to common sense, the past, culture, etc. has a thick network of circuits stored in the brain, so thinking uncommonly to a certain extent and activating the tentacles of emotion will protect us. We should prepare our brains for this kind of awareness as well. It is important to keep in mind that the brain is a mechanism that easily becomes a conduit of nerve fibers through which charged impulses can easily jump. By continuing to weave the happiness circuit network densely and three-dimensionally, we can increase the amount of happiness data in our memory jar. The brain calls for friends. The thick pipe further extends the derived axis to the nerve fibers in the brain to transmit information. If this information is not suitable for one's life, it may lead to a wrong life. It is quite difficult to make such a judgment. Therefore, one needs to be careful not to be restricted by fixed ideas and common sense. The cramped brain environment is gradually constricted from the part of the nerve fiber network that is restricted by fixed ideas. Impulses try to pass through synapses by choosing an easy route. They run through the brain network carrying the data of fixed ideas.

[0036] Therefore, touching stimuli that arouse suspicion, which are different from the fixed ideas that the brain is prone to being restricted by, is the key to effectively using the power source that generates electricity in the brain. Allowing stimuli that are not favorable to oneself to pass through the brain is inevitable in life. Also in this case, if the stimulus is strong, it will attach a thick circuit in the brain. The information obtained will enter the memory pot, and the hippocampus will store that data for a long time. In life, a scenario of joys and sorrows will emerge. However, it is important for life to store unpleasant thoughts deep in the subconscious so that they do not appear in the brain's circuit network, and to cultivate the awareness of drawing out pleasant and beneficial information from the hippocampus pot. Information that catches one's attention and becomes a stimulus, and has a large charge of impulse, is also troublesome to handle. Then, in the environment of life, try to gather more beneficial information than unfavorable information and fill it with thick circuits. That is, deliberately try to create an environment where one can experience many positive images, such as having a happy and relaxed time, enjoying delicious food, chatting with friends, and being fully engaged in what one likes. That is to say, the thick and dense circuit network will continue to remain regardless of positive or negative. That is, it is important to continue to weave a happy circuit network thicker and denser than an unhappy circuit network. Isn't that the way to live life? Put simply, it is to train the brain's ability to notice happy information so that the positive exceeds the negative. Increase the power of impulses that do not drop out at synapses so that happy circuits are connected. It is necessary to search for such happy stimuli by oneself to increase the power of impulses and cross an infinite number of synapses. As mentioned earlier, the brain consists of the left brain and the right brain. Their roles are different. The left brain is good at logical matters and reasoning, while the right brain is good at non-logical matters and emotional control. When the voltages flowing through the circuits of the brain divided into left and right are equally increased on both the left and right sides, impulses flow through the existing circuits and the brain's awareness ability appears. This is the mechanism of the awareness ability. Even if there are fluctuations in the brain's awareness ability that becomes information due to external stimuli, the information obtained by both the left brain and the right brain through the corpus callosum of the brain is processed in the circuit network. The impulses of information transmission are combined in the circuit network, and depending on the way the circuit network is woven, the information is processed to determine the intensity, degree, and quality of the awareness ability. And the amount of information to be put into the memory pot is determined. In the past, humans had excellent intuition as an instinct. There was sharp animalistic insight such as catching a fierce beast's attack in advance and precisely finding the place where food was. That's why the human species has survived until today in combination with the development of intellectual ability. The awareness ability of humans can sometimes be converted into a powerful intellectual power. That intellectual power is the brain's ability to notice something. The ignition element called intuition draws out creativity and foresight. However, the most original intuition, the intuition itself, is also possessed by animals in general. This animalistic awareness ability becomes the ignition element, and people may have intellectual doubts about parts that have not yet been noticed in natural science and social phenomena. Why does an apple fall from top to bottom? The suddenly noticed brain power, although animalistic, tries to answer intellectual doubts. There are not a few examples where the combination of such animalistic instincts and intellectual instincts in the human brain leads to great discoveries. That is, the intellectual power based on human intuition uses animalistic instincts as the ignition element, while drawing out the rich knowledge, experience, and learning data that we have learned and stored in the brain, and generates great and intellectual inspirations. Because of this awareness power that can be said to be animalistic, humans can build civilization by inspiring wisdom specialized for humans while obtaining that energy. Humans do not notice something only with the wisdom they have learned. While activating animalistic instincts, they shake the box of wisdom and notice even the slightest changes scattered around themselves. Until not so long ago, humans had excellent intuition as an instinct. They had a sharp animal sense of catching a wild beast's attack in advance and pinpointing the location of food. That's why they have survived until today. However, as civilization has developed, we have had fewer opportunities to use that intuition and are losing its function as an instinct. When protected by highly advanced, rational, and convenient science like in modern times, it's natural for human intuition to dull. The nerve fibers in the brain that are not being used begin to ignore the existence of the circuit network that allows the power of awareness to pass through. The circuits that have become useless turn into dead wires. Information impulses also deviate from those circuits. Since the human brain is woven with nerve fibers and is tightening its network for passing through various kinds of information, the nerve fibers that are not used age. Therefore, continuously and meticulously weave useful information for oneself. Such efforts contain negative images that are likely to seep into thinking and mental strength.

[0037] The decline of animal instincts. The phenomenon that the power of the animalistic awareness brain that once existed in the human brain is weakening is gradually becoming more prominent. Since this deteriorates the nerve fibers of the brain, charged impulses also stop passing through synapses. Therefore, it's difficult to generate an electric current in the brain. If we unilaterally degrade animal instincts and the power of awareness, humans will become increasingly insensitive. The origin of intellectual power is human intuition. Therefore, if intuition doesn't well up, creativity and foresight won't be inspired. The neurons in the brain continue to weave a network as nerve fibers, but the circuits that age and are not used break into pieces. Just like an uninhabited house decays, the nerve fibers left unattended become old and break in places. Many synapses that generate an electric current from ion groups also decay, and the nerve circuit network becomes a state of dead wires. When human neurons, that is, brain cells, are born, there are about 14 billion of them in the brain all at once. However, from the moment of a human's birth, not a single one increases. In other words, all one can do is use up those 14 billion properly throughout one's life. Therefore, for the health of the brain, what is required is to skillfully create the way of being woven together in the process where neurons continue to grow as nerve fibers, connect with other nerve fibers at synapses, and are woven together. Recently, it has been found that the garbage in the brain reduces brain power. The garbage in the brain is a filamentous substance. It is not garbage that the brain naturally synthesizes, but a chemical substance that does not exist for a while after birth due to unnatural causes such as poor lifestyle that humans commit during their lives. It is a substance that inhibits the functions of the brain and is the garbage that we have accumulated without knowing it, so in this book, it will be called the garbage in the brain. Because it is the garbage in the brain that has been accumulated in the brain regardless of whether it is long-term or short-term, garbage removal is absolutely necessary. Furthermore, if it is left accumulated, it will cause serious brain power deficiency. Starting with a decline in memory, there is a tendency to make negative judgments about things. Under that tendency, one becomes overly attached to past experiences, observes the current situation right in front of one, and cannot break away from the consciousness that even if changes are occurring, it is just like that. As a result, the decline in brain power becomes serious, such as not being able to take the next step, not being timely in responses, and being bad at changing one's mood. It is no longer about repairing the brain's knitting pattern. The garbage in the brain is caused by lack of exercise, lack of sleep, excessive stress, excessive smoking, etc., which causes the proteins in the brain to deform and form filamentous proteins. Among the parts of the brain, it gathers near the hippocampus, gets entangled in the memory network formed in the hippocampus, constricts it, and causes the nerve fibers to be cut into pieces. It is an extremely troublesome filamentous garbage in the brain that also gets entangled in the memory bank of the hippocampus and tightens the neck of normal memory. Also, regarding the adequacy of sleep, it is determined by depth × time. Even with short sleep, those who get deep sleep have sufficient sleep adequacy. Even if seven hours is common, those who are energetic with three hours have enough sleep. Those who lie around for hours and still feel not well-rested are spending too much time with shallow sleep depth. Appropriate moisture is also necessary for the brain's memory. When your throat is dry after exercise or a walk, replenish the moisture. Don't hold back for the sake of your brain's health. This is because the brain maintains its functions with fat and moisture. It also produces electrolytes and helps with the ion composition. If you leave lack of exercise and stress unattended, the brain's waste will continue to increase and eventually spread throughout the entire cerebral cortex. The thread-like brain waste will tie up the brain's nerve fibers in various places, breaking the network circuit that has been painstakingly woven, and impulses will no longer be able to pass through. Information will no longer be transmitted to each part of the brain. The synapses, which are necessary for neurons to connect and have been bridging charged impulses, will also lose their function and be unable to generate an electric current. As a result, the power source essential for charged impulses cannot be secured either. This phenomenon progresses in a short period of time. The brain's nerve fibers become entangled with the brain's waste, and the network continues to be destroyed one after another. As a result, memory rapidly weakens. Thinking ability declines. Personality also becomes strange. "Such a good person has become like that..." To prevent this from happening, it is still necessary to improve daily unhealthy living habits. For diet, it is said that intake of DHA (docosahexaenoic acid) contained in fatty fish such as horse mackerel and sardines is good. Consuming foods containing DHA, which is a nutrient for the brain and is contained in fatty fish such as this, helps keep the brain environment healthy so that the brain's nerve fibers can survive without being tied up by the brain's waste. The risk of the brain's electric current not being able to pass through must be avoided at all costs. Although this waste phenomenon is within the scope of biology, it is believed that a device for developing a permanent power source at the level of applied engineering and physics can technically eliminate such brain waste. I just wanted to convey the fact that such a phenomenon also appears when clarifying the brain as a living being.

[0038] The human brain is composed of about 60% fat by total weight, and the rest is moisture that soaks ion groups. It is involved in increasing the power of the impulses passing through the brain's nerve fibers by composing the electric current supplied to the brain. The nerve fibers are in a state as if immersed in oil, but the nerve fibers are not evenly insulated. Some parts are thin and other parts are thickly covered. However, the development of a permanent power source is a basic theory for constructing a device for the development of a permanent power source in applied physics, engineering, chemistry, applied chemistry, and applied technology. This book presented from a biological perspective is merely a basic theory. Eventually, nerve fibers can also be developed technically. By injecting ion groups to generate an electric current and constructing wires imitating nerve fibers and synapses into a circuit network to create an artificial network, the technology will be completed in the not-too-distant future. It is fully possible to develop a device that does not produce brain waste. In natural science, many genres such as biology, physics, mathematics, engineering, and chemistry coexist and interact with each other. Therefore, by integrating the theory and technology for making a device for the development of a permanent power source, a single consistent device can be made. That is, it has become difficult to classify natural science. In textbooks, there are books on physics, biology, chemistry, mathematics, etc. and they are classified. There was also a textbook on astronomy. However, natural science is one discipline. It is better to grasp it at an interdisciplinary level. From there, the specialized fields, the technologies applied to those fields, etc. can be systematized, and even though they have the same root, it may be good to consider them differentiated by field. I feel that way. What is important in the study of natural science is not to be fixated on such classified fields, but to believe in the power of the brain that moves the power of perception as the tentacles of the brain and identifies objective facts. Since the core of this book is basic theory, applications start from there, and a power source becomes our permanent life support, and we engage in the development of a device that generates an electric current. It is necessary to anticipate such a future reality. The nerve fibers extending from brain cells are further covered by an insulator called glial cells and are doubly protected with grease so that charged impulses do not leak out of the synapses of the nerve fibers. If information does not reach the parts of the brain or the body that it should reach, one will still have problems with life and health. Glia cells are lipid-based. You can imagine them as the rubber tubes of the wires near us. In terms of shape, they are biological wires with infinitely constricted parts, like linked sausages. Moreover, when they stop being used, the nerve fibers themselves age and decay, losing the ability to form a network. Since glia cells are the insulators of nerve fibers, when manufacturing artificial fibers modeled after nerve fibers, it is necessary to distribute artificial synapses throughout the artificial fibers and cover them with insulating substances. Even the brain network that has been intricately woven by the magic loom will develop gaps here and there if it is not used, and the impulses that used to follow a certain path will start to change their routes. Then, impulses with a low charge cannot choose the aging paths, and their weak electric current falls into the valleys of the synapses and returns to positive and negative ions. To prevent this, it is important for us to constantly train our awareness and keep stimulating our brains. Network maintenance and inspection are required. The 14 billion neurons given at birth are only meant to be used up in a lifetime. Since the fabric of the brain cannot be repaired, we must prevent it from being damaged, such as by being eaten away by insects or developing holes. Exercising the brain also means exercising the brain's circuit network that has been woven by the magic loom. If the circuit is about to break, based on our awareness, we need to consciously retrain it. This book is written so that it can be applied physically at the levels of biology and chemistry. To be applied to the development of a permanent power source, levels in physics, applied science, and technology are required. Since it is a basic theory, it is necessary for the electric lights scattered around town to be applied through the development of a permanent power source and see the light of day. Although it is one science, a division of labor is required.

[0039] Chapter 4: Voltage Regulation by the Substation Called Mitochondria The mechanism of power generation by the brain. The charged impulses stimulated by the power of awareness deliver information to the seat of the mind and the seat of thought in the brain. It is said that there were 52 such parts in textbooks over 50 years ago. Now, many more parts will probably need to be added. The charged impulses that convey information to such parts do not simply stop upon arrival. Due to the momentum of the charge, they bounce back. Some of the impulses after reaching the parts return to ions, but others continue as an electric current and remain in the brain. There are infinitely many such impulses. Since other impulses are in the same situation, they accumulate and form a closed circuit in the brain where electric current runs infinitely in all directions, generating electricity. Since it is an electric circuit, a magnetic field is also formed. The electricity generated by the magnetic field also becomes an induced current and gets charged. The brain is operating an electrical circuit network with an electrical mechanism. As previously mentioned, ions sequentially become electric current at synapses and are charged with impulses. The charge amount of such impulses is in the unit of millivolts, and the speed is about 120 meters per second. Although it may seem very slow, it is a sufficient speed within the brain. This is probably the result of human evolution. There is no one in the human body who is 120 meters tall. Suppose there is a fictional animal like Godzilla that is 120 meters tall. If the speed of the charged impulse is also 120 meters per second, it cannot move nimbly like in a movie. Even though it is certain that there was the dinosaur era, the movements of dinosaurs that were dozens of meters long must have been quite sluggish. Depending on the species of organisms, their DNA has also mutated. By the way, in the brain, there are power substations called mitochondria contained in neurons that adjust the amount of ions scattered in the brain, and the ions in the brain are controlled as needed and their amounts are adjusted. By mitochondria, the ion groups are controlled to have a regulated amount of electric current. Therefore, thanks to mitochondria, the human brain ensures a necessary and sufficient amount of electricity and adjusts the magnitude of the electric current. Inside neurons, that is, brain cells, mitochondria control the current by adjusting the amounts of positive and negative ions in the brain. Since the impulses that have delivered information to the seat of the mind and the seat of thinking in the brain remain charged, they are either decomposed into positive and negative ions, or since the impulses are electricity with the nature of an electric current, after delivering the information, they enter the electric current circuit flowing from positive to negative. Since an impulse is an electric current, it does not reverse the original circuit. It enters from the synapses of the circuit network that is transmitting from positive to negative, which is emitted from the seat of the mind and the seat of thought. This circuit network increases the charge and becomes the power source of the brain. Since there are infinitely many impulses that can perform such an information transmission role, they construct a new circuit network in the brain that generates an infinite amount of current. Also, it must be noted here that a magnetic field is generated in the axons of the circuit network through which the charged impulses pass, contributing to the power supply. Such a circuit network continuously secures a power source for the brain. The lifespan of the circuit network is from human birth to death, and the power source can be maintained permanently if one does not die. As I mentioned earlier, I named this a closed-loop circuit. Mitochondria regulate the strength of the current by adjusting the increase and decrease of ions and play the role of a transformer in the brain so that the closed-loop circuit does not have an excessive reaction. Although there is only one flow of electricity, it is the mitochondria in the brain that determine the increase and decrease of the ion amount while adjusting the excessive current and the decreasing current, thus playing the role of so-called grounding. It is the mitochondria that determine the smooth movement of the charged impulses. After finishing one task in this way, it combines with other charged impulses and contributes to a new circuit network. It creates a closed-loop circuit for power generation in the brain. It is the power plant in the brain. Since the circuit is a nerve fiber, it has many synapses. The brain continuously maintains a permanent power source until brain death. That is, paradoxically, organisms and humans have a mechanism that can continuously generate an infinite amount of power as long as they do not die. The current in the brain is continuously generated, and through the adjustment function of mitochondria, it supplies power with a stable voltage until brain death. The charged impulses transmitted from the brain are electrical signals and spread throughout the body. The neurons in the brain send electrical signals to the tips of the feet via impulses. When we try to move our hands, the brain sends electrical signals to the hands through impulses that have reached a speed of 120 m per second. Thinking, emotions moving, creativity surging. All of these are due to the impulses at a speed of 120 m per second running around, passing through countless synapses, and activating the network function of the nerve fibers woven in the brain. Humans are operating electrically. In other words, nerve fibers continue to operate from the brain to the soles of the feet, receiving signals from the brain and causing us to move our feet. Nerve fibers then connect the brain to the soles of the feet, fingertips, and various other organs, and these nerve fibers also generate electricity at the synapses to generate electricity. In this way, electricity is generated and powered throughout the body. To ensure that electrical signals from the brain are delivered to various locations, the nerve fibers in the body charge the electrical signals at their synapses, preventing the power of the charged impulse from weakening or leaking. Even so, impulses with a small charge are broken down into ions at the synapses. These ions create a weak current, and the necessary amount is collected for the next impulse with a large charge. By the way, there is also a theory that uses the cell membrane as an example to explain the generation of electricity by the potential difference between the ions inside and outside the cell membrane. Ions are sent to the inside and outside of the cell membrane based on the potential difference called the proton gradient of the cell membrane. Electrical signals sent from the brain are distributed throughout the body, and the neurons in the brain send electrical signals all the way to the toes. However, this theory does not explain the mechanism of electricity generation; rather, it describes the function of a transformer that adjusts the amount of current flowing, assuming an existing electric current, and does not directly explain the electricity generation of humans or living organisms. According to this theory, there are ion channels in the cell membrane, a device in the cell membrane that adjusts the amount of ions and thus the charge of the impulse. Even if a proton gradient exists to adjust the amount of ions, it does not explain the generation of electricity. The proton gradient explains the way ions flow, and the flow of ions is the opposite of the flow of electric current, flowing from negative ions to positive ions. This theory states the principle that the electric current generated by the flow of ions flows in the opposite direction, from positive to negative. As a result, the positive ions at the synapse are attracted to the negative ions, generating an electric current that flows in the opposite direction of the ions, from positive to negative. The direction in which positive and negative are attracted to each other is opposite for the ions and the electric current. As will be described later, when a charged impulse crosses a synapse, it is the electric power generated at the synapse that becomes an electric current, and the impulse that collects this current increases its charge and obtains the electrical energy to cross over to the receptor on the other side. Also, the electric power must be adjusted in voltage as it is produced. An overproduced current is likely to be discharged, but it is stored like an electric eel charger. Or, the discharge ionizes. The stored electric power is also utilized as needed. By replacing such a biological mechanism with engineering and physics, a permanent power source is developed. Next, nerve fibers are applied in the development of a permanent power source. For this purpose, a device is devised for the nerve fibers to conduct electricity. If an application diagram is shown, it is as follows, where the dashed part becomes an artificial synapse. A device is made to cross over this artificial synapse. Plus and minus are ions. The artificial fibers cross and determine the direction of the current. According to the waterwheel theory, the flow of electricity that changes from ions to current increases in charge each time it passes through the artificial synapse. The nerve fibers extending from neurons that form a network in the human brain are attached with an insulator to prevent the leakage of the microcurrent of the impulse. Therefore, the nerve fibers of the brain are covered with a fat called glial cells. Substitute this insulating substance with rubber or fat and apply it to the artificial fibers to also prevent leakage. It is technically possible to industrially produce the gap of the artificial synapse by imitating the nerve fibers of the brain. The gist of this book describes the mechanism of current production by ion groups at the synapse and how the impulse crossing the synapse is involved in increasing the charge. Applying these system workings and industrializing them artificially is not a difficult path. By the way, I have disliked plastic models and baseball since childhood. Leaving aside the issue of athletic ability for baseball, I disliked reproducing plastic model airplanes while looking at a tracing diagram like a guidebook. I wanted to make airplanes, cars, and ships the way I liked. I was interested in such things. Even the commercially available robots that were popular at the time, I had a strong interest in breaking them to see how they worked. Why does this humanoid robot start moving when the switch is turned on? I would immediately disassemble the robot I bought. By doing so, as a child, I realized and was moved to think that this was why it moved its limbs. I also tried to make electrical equipment for a transformer. I wound the coils and completed it, but I got an electric shock and had a very memorable experience. I also made a radio transmitter. This was somewhat of a success. I was a science-loving boy in elementary school. This way of playing might be heretical, but it was interesting and exciting. There were new discoveries there, and when breaking things, I would draw and explain the order of how to break them in a notebook. I remember it being a challenge to see if I could restore it again, but I don't really remember if I succeeded in restoring it.

[0040] The digit 1 and the letter I are similar in shape. 1 and 7 are also easily confused when written by hand. Some people draw a slant line through 7 to distinguish it from 1. Sometimes, l is the lowercase of the letter L and not 1, as in the case of log which is "log". Also, there is a view that "volt" is "volt" and not 5. When read as symbols of the same visual form, different meanings emerge. In the West, there is a world quite different from that of Japanese hiragana and Chinese characters. Symbols and numbers often have similar shapes, so the brain that distinguishes them must be equipped with recognition capabilities in its circuit network. In the digital age, recognition has become even more difficult. Perhaps it's because the expressive power of computers is made rationally. Since those digital numbers are represented by vertical and horizontal lines, they become even more difficult to understand. When reversed, they can sometimes become different numbers. This is also the case with 6 and 9, etc. Numbers also gather, and the mass appeals with a strength like that of a living being. It is said that in Japanese, kanji characters and other such characters have a spiritual power called kotodama. Take the character circuit for example. Just by looking at the shape of the kanji, you can see the image of going around and around a road. Even the word road suggests the meaning of taking one step at a time. Conversely, if kotodama is used skillfully, surely it can add depth to poetry and prose. I don't know anything about Japanese literature, but the Japanese language is not a tool to be used to express things with symbols and have them understood. The fact that mathematics developed in the West during the age of the abacus in Japan is not unrelated to the language culture that has grown accustomed to the rational form of the ABC and the rational form expressed by the numbers 123. In contrast, Japan has developed a culture of expressing the spirit, including classical Chinese, Chinese poetry, waka and tanka. Mathematics has been a natural science since the end of the Edo period, and the way the brain networks are woven is different between the West and Japan. In addition, Japan had a long period of isolation, which fostered a unique Japanese culture, such as that of the Genroku period. Japan is a country of gods. There are quite a few people, young and old, male and female, who say this. That may be true, but it is a spiritual culture unique to Japan. I also visit shrines, and I don't feel any discomfort. I am one of those who put my hands together and pray for blessings. However, when it comes to rationalism, they return to another dimension and tackle the problem with a mindset that flips their brain. The reason they are good at such switching is because the uniquely Japanese structure of harmony exists in the brain circuitry that has been woven since ancient times. It is only natural that a culture different from that of the continent and Europe, which are connected by land and separated by invisible borders, developed in Japan. In particular, Japan was noticeably behind in natural sciences. However, the samurai era may have lasted longer with the topknot than rational judgment and thinking ability that dominated Japanese society. In the age of warring states, there was Oda Nobunaga. Even among the warlords of the Sengoku period, Oda Nobunaga was a figure to be respected. What made him different? Compared to other warlords, he had a superior ability to foresee and notice things. And, importantly, he had no common sense or education, and even if they did have these, he ignored them. So Nobunaga's brain developed an ability to notice things that went beyond common sense. He was not in an environment that would restrict his brain to thinking and feeling, such as evil thoughts. He noticed things in advance. You could call that foresight. I read a little of the "Shinchou Koukki" written by Ota Gyūichi, which describes the life of Oda Nobunaga in the Azuchi-Momoyama period. There were records that showed the extraordinary qualities of a Sengoku period military general. Records depicting Nobunaga's less presentable qualities, such as being lazy and foolish, appeared frequently. "Lazy and foolish" means something like a stupid person with an empty head. In fact, he was said to have wrapped several gourds around his waist, tied his hair in a bundle like a tea whisk, and walked around the castle town, leaning on his companions' shoulders while munching on melons and persimmons in a leisurely manner. Nobunaga's tutor was highly criticized by the people in the castle town. For example, he even committed suicide out of concern for Nobunaga's future. The people in the castle town regarded Nobunaga as a big fool in Owari. At his father, Nobuhide's funeral, he did strange things like throwing incense at his father's Buddhist altar, asking if he could do such things. Oda Nobunaga was not the type to be discouraged by such bad reputations. In Nobunaga's memory pot, even if such negative factors remained as data, they were suppressed by positive factors and could not come out from the bottom of the pot. As mentioned earlier, whether Nobunaga was considered lazy and foolish or not, he trained the power of his brain to notice happy information so that the positive would outweigh the negative, and he continuously and meticulously wove the neural network. Furthermore, Nobunaga had a good relationship with thieves like Rappa and Sappa and ran around the mountains with them. Rappa and Sappa were used as substitutes for ninjas. Ninjas were proud and could only be used by a general they liked. Therefore, when there was a shortage of ninjas, people like these freelance warriors were used frequently. In this way, at that time, there was a figure of Nobunaga running around the mountains with Rappa and Sappa in Owari Province. In this way, Nobunaga acquired the power of the brain called "territorial sense". He was able to judge his own position, danger, etc. from the undulations of the land, animal paths, the way the trees stood, the direction of the wind, etc. That is to say, his power of awareness was trained. It is necessary to talk about such training in the story of Nobunaga's ambition to unify the country under his rule. Nobunaga was a military general who did not believe in gods or Buddhas. The surrounding military generals formulated strategies based on feng shui and onmyodo. They were unable to escape from such fetters. In this regard, Nobunaga was free. He respected rational judgment and ruled the Warring States period. For this, he also had the advice of the Jesuit missionary Luis Frois. Frois approached Nobunaga and tried to give him a clock. However, Nobunaga refused, saying that he didn't need it for the present him, and was delighted with the present of sugar lumps. Nobunaga, a sportsman, was also good at swimming. The sugar in the sugar lumps energized his body. He liked it more than the clock. Regarding the free markets and free guilds, Nobunaga also implemented them to secure military funds. Military funds refer to military expenses. At that time, the guilds were under the influence of temples and shrines. A guild was like a shopping street, where the places to buy and sell goods were specified, and the temples and shrines made huge profits from the monopoly of the guilds. Since the commodity prices were also the monopoly prices of the temples and shrines, the profits were huge. In order to eliminate these guilds, he fought against the temple and shrine forces. The warrior monks armed themselves and confronted the Oda army. They started chanting mantras while making a homa fire, emitting flames, brandishing their swords, and began to show a confrontational stance. Nobunaga Oda also seemed troubled by this, but gradually excluded the temple and shrine forces from the control of the guilds. And Nobunaga introduced what is now called a free economic system into the guilds under the name of free markets and free guilds. This system of free markets and free guilds is an idea that anticipates the theory of Keynes in modern economics. Instead of regulating economic power, it is that the economic power of the market can generate greater profits when it moves freely. And just collect a little tax from the merchants who come in and out of the guild. The larger the economic scale of the guild, the more tax revenue rolls into Nobunaga's hands. He used that as military funds. Different from the forced levy of annual rice taxes, the people in the castle town were also happy, and the Oda army also obtained abundant funds. This is what is called a transformation of ideas. Put simply, the mechanism of the free markets and free guilds is that as long as the goods are worth their value, and a small tax-like profit margin should be paid to Lord Nobunaga Oda. The people in the castle town who had been forced to buy expensive goods were delighted, and the free markets and free guilds were a great success. As a result, military funds gathered abundantly and became the source of funds for the Oda army. He also successfully implemented the Oda-style economic policy in an orderly manner. Oda Nobunaga had the mental ability to notice economic policies that were ostensibly legitimate and theorized and that would please the people in the castle town. There was a reason for this in Nobunaga, who was called a fool or a madman and who ran wild in the mountains. The perceptive ability that Nobunaga had honed since he was young eventually filled his brain with a densely woven circuit network. Also, the thick circuit network was used for the development of a powerful permanent power source. It can be said that Nobunaga's rational thinking ability and action ability were built throughout his life. Oda Nobunaga was not satisfied with the personnel arrangements made by his father, Oda Nobuhide. Nobunaga wanted to break the routine personnel arrangements made by his father, which were like muddying his tea. Nobunaga hated established concepts, education, common sense, and past experiences. He also hated elite retainers. For Nobunaga, there were so many retainers who were destitute by the roadside. The rude behavior he showed at his father Nobuhide's funeral was also an attack on the retainers who surrounded Nobuhide. Another way of organizing came to Nobunaga's mind. He wanted to create an organization on the same level as his own perspective with his retainers and vanguard soldiers. He wanted to reform the Oda army. With Nobuhide's personnel arrangements, it was impossible to win in this Warring States period. What he came up with then was a paperweight-type organization. Instead of the previous pyramid-shaped, tapering organization, a flat and slightly thick organization like a paperweight was better. By doing so, the fresh and vivid information at the forefront that the vanguard soldiers could see and touch would be obtained. The earlier the information is obtained, the better. In this way, he began to create a paperweight-type organization from the pyramid type. If you want to drink the flowing water, you must be at the place where you scoop it up with a ladle. The water flow will not go upward as it is. In this way, the flat paperweight-type organization began to move. Oda Nobunaga was the handle of the paperweight. The information gathered there must be transmitted as soon as possible and must be fresh. The Oda army needed a paperweight-type organization. In order to defeat the warlords that infested the Warring States era, the acquisition of information must be faster than others. This is an essential condition. Therefore, Nobunaga, who came up with such an idea, carried out organizational reforms. Noticing the importance of a "weighted town" - type organization, Nobunaga gathered his vanguard soldiers and had them engage in sumo wrestling, laughing heartily together. He deepened communication with the vanguard soldiers, narrowing the hierarchical distance that is common in human relations, reorganizing the Oda army into a "weighted town" - type, and building a trustworthy relationship between the top and the vanguard. As a result, Nobunaga Oda displayed extraordinary talents in the Warring States period. As seen in Nobunaga Oda, the power of awareness in the brain improves the brain's circuit network, enhancing the positive aspects of one's own way of life and way of thinking, and continuously weaving the brain's circuit network intricately so that the charged impulses can pass through more smoothly, surpassing the negative aspects that have fallen into the memory pot. Moreover, the power of awareness creates new discoveries and original ideas through stimulation to the brain. This is because it rides on impulses to call into the brain's circuit network the stimulation of new information that goes beyond common sense, knowledge, and past experiences. Then, what is the interrelationship between Nobunaga Oda and the development of a permanent power source? Such a question arises. Why is Nobunaga Oda cited in this book? First of all, Nobunaga was a military general who rose above the Warring States period, so he had the strength of mind and the ability to outshine other Warring States military generals. Nobunaga's wisdom had the novelty of rationally rewriting the old principles that have been regarded as unreasonable in the world. There was no calm response in the revelation of his wisdom. Nobunaga Oda is truly an extraordinary person. He has a quick - switching mind, the power of the brain that doesn't miss the right moment, and strong physical strength. The root of such vitality is also because the amount of electricity generated in Nobunaga Oda's brain related to the development of a permanent power source was large. The synapses in Nobunaga's brain also continued to operate infinitely, and the transmission power of charged impulses was smooth. The inner workings of the brain are driven by such electricity and circuit networks. Observing Nobunaga Oda can provide a reference for those of us who have practiced the basic theory of the development of a permanent power source. Then, what Nobunaga Oda had was to inject the information of the noticed stimulation that relies on the development of a permanent power source in the brain into the brain's circuit network and send the information to be remembered into the hippocampus pot. Also, because the chemical operation of converting ion groups into electric current through awareness and stimulation was frequently carried out, a more powerful power - generation and information - transmission circuit was constructed compared to other military generals. And it is an objective fact that the three-dimensional neural circuit network spread throughout Oda Nobunaga's brain was vividly activated through impulses and was involved in information transmission. That is to say, the neural fiber circuit network that conducts information transmission is extremely dense and has been formed in a three-dimensional and paperweight-like manner that keeps others at bay. This has been greatly influenced by the lazy and eccentric living environment since Nobunaga's youth. If we slide the flat circuit network of the brain, which is common among other Warring States generals, it seems that there is a sticky and wriggling evil energy at the bottom, and those who could not survive this Warring States era. As mentioned earlier, the wisdom that leads to breakthroughs when in a desperate situation generates a large amount of electrical energy and runs through the brain's circuit network. Oda Nobunaga was also a general who was simply not accepted by the world. Rather, he was often in desperate situations. The wisdom to break out of those situations has nurtured the power source of the wisdom to judge what to do next when being cornered. Even if that wisdom is taboo in terms of social propriety, if it can be judged as the wisdom that becomes a breakthrough when in a desperate situation, Nobunaga's figure charging forward according to that wisdom can also be seen in this book. Although the times and the environment are different, and it is impossible for any of us to approach a brain like Oda Nobunaga's, it is necessary for humanity to have both the animalistic power of awareness and the wisdom that modern people possess. We have been thinking about the method of living a long life. With the development of medicine and pharmacy, and the improvement of the social environment, etc., humanity needs to memorize the tactical data for survival in the brain, store it in the hippocampal pot, and sometimes activate that memory as needed. Regarding the development of a permanent power source, there is one thing I want to write down. It is about whether a larger brain means being smarter or having a stronger power to generate electricity in the brain. This is based on the neural fiber network spread throughout the brain rather than the size of the brain. The denser the network, the more impulses can pass through the synapses, and the more synapses there are, the more power sources can be secured. As described in Chapter 4 earlier, there is a power adjustment device in the brain that controls the increase and decrease of the amount of ions floating in the brain, so a smooth brain function can be ensured. It has been reported that the brain of the physicist Einstein weighed over 2000 grams. Such observations give the impression that the size of the brain and intelligence may be proportional. However, the quality of one's intelligence cannot be determined by anatomical means. There are talented people with small heads and those without talent with large heads. Human mental ability is not determined by the size of the brain, but by its quality. Incidentally, an elephant's brain weighs 4000 grams, and a sperm whale's brain weighs as much as 7200 grams. Judging only by brain weight, they should be more intelligent than humans. Kant's brain weighed 1650 grams, Bismarck's 1800 grams, chemist Bunsen's 1300 grams, and Anatole France's only 1020 grams. Among Japanese, Natsume Soseki's brain weighed 1430 grams, Uchimura Kanzo's 1470 grams, and Nakae Chomin's 1310 grams (based on data from the Anatomical Specimen Room of the University of Tokyo School of Medicine). Then, mental ability does not depend on the size or weight of the brain, but on the way and density of the nerve fibers derived from neurons and woven together. Although it is possible to assume that elephants have greater intelligence than humans, and when it comes to whether monkeys can demonstrate more excellent ideas and originality than humans, in reality, that is not the case. Monkeys only have the intelligence to perform tricks. After all, in the evolution of the human brain, DNA base sequences have been organized in a special environment, and brain cells have developed by riding on impulses with genetic information. Genetic information is the track of evolution. In neurons containing DNA genes, RNA replicated from DNA becomes genetic information and imparts information to impulses. The charged impulse given the role of transmitting genetic information from RNA to DNA travels along the nerve fibers extending from the neurons and obtains an electric current from ions at the synaptic junction. The impulse transmits information to the next nerve fiber while jumping over many synapses that continue infinitely one after another. While smoothly carrying out such movements, humanity has evolved independently, acquiring intelligence, sensibility, a sense of danger, and awareness, while also subduing other animals and plants. As mentioned earlier, plants also grow through charged impulses. In spring, summer, autumn, and winter, buds sprout, stems grow, leaves become lush, flowers bloom, and fruits form. Eventually, winter comes, the seasons end, and they wither away. All of these processes are only possible because of the DNA and impulses contained in these cells, the synapses that generate weak electric currents, and the actions of ions. Plants have also survived by obtaining current from self-generated electricity. As a result, plants have a sound-collecting function for hearing sounds. For example, if a fruiting plant listens to Mozart, it will achieve excellent growth and produce sweet and delicious fruits. By listening to the gentle environmental sounds in the major key, plants can grow comfortably. Even if the relationship between plants and electricity is unthinkable or generally considered to be baseless speculation, the fact of the development of a permanent power source is a fact. Living organisms that move with life generally obtain electricity through the development of a permanent power source and use the impulse to entrust the base information of DNA to RNA. mRNA then crosses the synapse to fulfill the role of providing the necessary information for information transmission. Biological viruses are no exception. Viruses also generate weak electric currents within tiny cell frames and multiply. That is, plants, animals, and humans are all common in that they move and grow through electrical mechanisms. Then, Pandora's box appeared. The birth of humanity was also initially an embryonic cell. Japanese scholars created iPS cells. By incorporating and manipulating four gene codes named "Oct3 / 4", "Sox2", "Klf4", and "c-Myc" into cells, initialized cells can be created. This is the blanking of cells. The necessary genes are taken in and cultured using vectors. By utilizing this mechanism, various cells can be created. By stitching four bases into brain cells called neurons, the blank genes "Oct3 / 4", "Sox2", "Klf4", and "c-Myc", which don't yet know how to move, can absorb various applicable information. In this way, various types of iPS cells sprout and spread their networks. iPS cells also effectively act on the brain, and will extremely effectively build health in the functional lesions of the brain. Since iPS cells are blank genes, as previously mentioned, even if brain cells that have been honed for the purpose of improving brain power are extracted and implanted, one will not simply become a genius just by that. By incorporating vivid information from learning and the environment, first creating individual circuits and then joining them with other individual circuits to weave a complete circuit network, peerless geniuses and prodigies will be born in the history of humanity. Although it is considered an epoch-making iPS cell, it has just been discovered, and gene improvement is also necessary. Regarding c-Myc, which is one of the gene codes of iPS cells, there is a possibility of canceration. However, an improved type of iPS cell that uses proteins and is initialized with the other three genes has also been developed. Usually, RNA that copies DNA normally proliferates, but for c-Myc, which creates DNA from RNA, RNA has already entered that gene in advance. Then, there is a possibility that DNA is created from RNA and genes with various variations proliferate. I think this mechanism here may be the cause of canceration. Since it is an iPS cell, a universal cell, the next step in the research must also contribute to a safety declaration. We must create iPS cells that are resistant to cancer. If it can be applied to pharmacy, a dream cancer-specific drug should be possible. Ultimately, a life of immortality and longevity will theoretically become possible. One can create oneself, a human being identical to oneself, using iPS cells, and through genetic manipulation to correct deficiencies, one can create a better version of oneself than oneself. As long as a human being does not die, one can continue to secure power. One can improve brain tissue. It's like replacing defective cells with equivalent cells. Genes can also become parts. If DNA can be improved, it is also possible to replace useless and bad DNA with good DNA and incorporate the good DNA. Humans will be able to break away from the hands of God and transform both their mental power and themselves. By examining the arrangement of genes incorporated in the strands arranged in a spiral shape and improving the code. Such a realistic possibility exists in iPS cells. And when a high-quality network is spread in the brain through learning, environment, and training, the mental power will become extremely excellent. Both DNA and RNA are basically spiral-shaped strands. Genes encoded in this strand are incorporated. DNA is made up of two strands, and one of them is replicated to make RNA. That is, by repeating the copy, the basic information of DNA can be examined. If improvements are made to the gene sequence of bad genes, incurable diseases will also be improved.

[0041] Chapter 5: Development of a permanent power source to make the electricity cost effectively zero Finally, it's the end chapter. I don't even know why I'm ending it in Chapter 5. All I can say is that it's not good to keep writing endlessly, so I decided to make some supplementary writings to the extent that I don't deviate too much from the main argument of this book. That doesn't mean I'm going to write something superfluous. It's not an addition. When I was a child, I dreamed of the city of Tokyo. I hated the countryside. I still do. I was born in the west of Honshu, and I hated the various restrictions and complications in the countryside and disliked following them. I hated being ordered around like this or like that. Since I was a child, I wanted to think and move freely. It means that I had the character like a craftsman's spirit since childhood. On the contrary, Tokyo seemed to me a free and populous metropolis where I could surround my own living circle. In fact, even now, Tokyo presents such an aspect of the city. It's a city that matches my nature and has a fateful connection. Especially, I have lived in Koganei for a long time. For a while, due to my parents' circumstances, I returned to the countryside where I was born, but I couldn't live there for long. Those constraints were so bothersome that I couldn't help it. Do this, do that. That's what people around me said. It's like body language, or there's a feeling of being pointed at from behind. I hated that kind of environment so much. My craftsman's spirit was about to explode. After a period of distress ended, I left the countryside and headed towards Koganei in Tokyo. This was the right decision. What surprised me when I returned to Tokyo was the transformation in the appearance of this big city, even though I had been away from it for a while. It seemed to have grown monstrously like a living thing. And everything in this big city was running related to electricity. Lighting, trains, automobiles, and even the building streets, all were running on electricity. Tracing the path of the electric current flowing through this electricity, a power plant would appear. The huge power plant is terrifying just to look at. You can see the towers for high-voltage power lines for transmitting the electric current, as if cutting across the streets of Tokyo. Why? Because a permanent power source cannot be secured through the development of a permanent power supply. All power sources have to be purchased from the power company. What an uneconomical thing to do. Since electricity is also a lifeline, it is an energy source necessary for humans, animals, and plants to live on Earth. It could be free, zero yen, zero dollars, zero euros. It is a stupid act to compete for the energy source of this lifeline of electricity and commercialize electricity by operating the economic principle of demand and supply. The theory of permanent power source development, which can be freely used in regions and countries facing scorching earth or frozen lands, will bring great benefits and peace to the Earth. Mobile phones will no longer need to be charged. Batteries will not be needed either. It will become possible to build a second Earth in space. For example, bring the theory of permanent power source development to Mars, which is close to the Earth, and strengthen the magnetic field and gravity from the generated electric current. Generate water, oxygen, and other gases and elements similar to those on Earth from the soil of Mars. And it will probably become possible to create a pseudo-Earth. Place on that Mars, and various organisms and plants will also be revived from iPS cells. Such a future society will surely come true through the development of a permanent power source. The driving force is the basic theory of permanent power source development. Humans, animals, and plants generate electricity by creating electricity from ions through synapses in their own bodies and brain organs. Let's reinterpret the anglerfish with a lantern mentioned in the previous example. In the dark depths of the sea, a lantern is lit. The generator is a group of positive and negative ions that cluster around the anglerfish's nerve fibers, generating electricity through an infinite series of synapses. This theory is a device common to all living things. Using the technical capabilities of physics and engineering, the power generation continues without lasting endurance. It is necessary to construct a device for developing a permanent power source that never dies. If, by implementing the development of a permanent power source, the 1 million yen electricity bill previously purchased from the power company in a year becomes effectively zero yen, the power plant will disappear, and there will be no need for the large power company that operates it. Yes, the era when a simple device for developing a permanent power source can be carried around is approaching.

[0042] I just noticed something. A well-known sushi chef once said, "I've never taught my disciples. If I teach them this and that about the job, they won't learn the job. A sushi chef is someone who observes, thinks, and learns on their own." This is a common saying in the world of chefs. It leads to the result of being able to provide Japanese, especially Edomae sushi, a creative product. While observing and hearing about the proper way to hold sushi to a certain extent, one makes their own sushi. This is similar to the level of thinking about science. There is also a causal relationship with delicious sushi that delights customers, and sushi is made every day. The power of the brain to polish one's skills and make one's own sushi creates the taste of sushi that delights. Creation is born from imitating techniques. The same is true for culture and science and technology. Imitation is precisely the origin of originality. Something cannot come from nothing. In short, science and culture are noticing new ideas using the heritage of humanity cultivated in the past as materials. So-called learning starts from learning common sense, but going beyond the framework of that common sense and noticing the unconventional is also an essential item in the purpose of developing a permanent power source. The electricity of humanity. That becomes a permanent power source. For the lifeline, utilize the development of fundamental theories that save the world. When writing this manuscript, there was fighting in Russia and Ukraine. A heart surgery was being performed at a certain hospital, but the power plant was attacked and the power supply was cut off. The medical team continued the surgery with headlamps. The heart surgery was successful. There was such news. Diseases also require a stable power supply that can last forever. What if the power supply for communication that uses electricity as a power source runs out... The electric current generated by the waterwheel theory for the development of a permanent power source is deeply related to the lifeline of humanity. Can't electricity be generated without nuclear power plants or thermal power plants? Can't a power supply be secured? However, that's not the case. The development of a permanent power source is a reversal of thinking. Power plants that are visually prominent become targets of such combat actions. Also, although the development of rechargeable batteries is underway, there are limitations to energy storage. I explained the movement of converting the positive and negative atomic ion groups gathering at synapses into an electric current using the waterwheel theory that occurs when a charged impulse crosses the gap between synapses. Thus, the small electric current that has become a flow of electricity from ions is attracted by the charged impulse and increases the charge of that impulse. Then, the impulse that reaches the next synapse further attracts the electric current obtained from the ions and increases the charge. The impulse that has obtained the power to cross the synapse gap runs towards the next synapse. Then, again, the charged impulse attracts the electric current that has changed from ions and heads towards the next synapse. This repetition continues infinitely (∞). In this way, the human brain generates electricity from synapses that form a network of nerve fibers. Of course, it is also necessary to adjust the amount of electricity that is increased. At this time, mitochondria adjust the amount of ions in the brain or the body while adjusting the voltage that turns into an electric current. Using the waterwheel theory, electricity is generated from the ion groups clustering at the synapse in order to make the charged impulse, which has traveled along the nerve fiber called the synapse, leap over the valley with a broken cross-section. The electricity is boosted to a charged impulse. The impulse leaps over the valley and reaches the nerve fiber on the other side. Its skill is grand and delicate. The network of nerve fibers spreading in a mysterious catalog pattern intersects the impulses, moves people, generates thinking ability and mental power, and controls the movement and growth of organisms. The biological mechanism that allows the impulse to cross the gap open in the valley of the synapse is a truly mysterious and wonderful phenomenon.

[0043] The application of the basic theory related to the development of a permanent power source can be applied to maintaining the lifelines of humanity and society. By physically engineering a device and placing it in each household, the lifeline becomes a stable power source in terms of power supply. Even a portable mobile phone can be equipped with a device developed through the development of a small permanent power source, eliminating the need for charging and enabling continuous calls at all times. Electric vehicles, trains, and ships can also run using this device. Then, the machine called the engine will disappear, and a jet plane powered by a motor will appear. Eventually, a second Earth using the development of a permanent power source may appear in space. The battles over lifelines will also disappear. Then, the concept of a battery that stores a temporary finite power source will also eventually disappear. The device developed through the development of a permanent power source will continue to generate electricity without interruption even in the dark. It will become a power source that continuously provides warmth in extremely cold places and blows pleasant cold winds in scorching places. So far, many examples have been drawn from the nerve fiber network in the human brain and summarized with the power generation function until the end of life as the basic theory. That is, as long as life does not end, as long as a person does not die, the development of a permanent power source will continue indefinitely. It is possible to assemble the device for the development of a permanent power source as a property using the knowledge of physics and engineering. Hitherto, power generation has relied on some form of energy to generate electricity heteronomously. Using energy sources such as nuclear power or thermal power to rotate turbines and obtain the electricity drawn from them, and connecting the transmission lines that run along utility poles has also damaged the aesthetics of the town. In the future, there will be no more radiation disasters that have come to replace such energy sources, nor will there be any emissions of CO2, which has caused global warming. The basic theory of perpetual power source development has reached the realm of application, and in the fields of physics and engineering, it is essential to create a mechanical framework. The light illuminated by the theory of perpetual power source development is a hope and contributes to the peace of humanity. Moreover, the development of perpetual power sources is not about chasing dreams but is a basic theory that sets various goals.

[0044] Regarding the conclusion of this paper on the basic theory of perpetual power source development, humans are not the only special existence among living organisms. The mechanism of perpetual power source development I hope that even junior high school students can say, "I understand." Published and sold on January 30, 2023, first edition, first printing Author: Tsuyoshi Uragami Editor: Tsuyoshi Uragami Publisher: Tsuyoshi Uragami Publisher: AGARI General Research Institute, Ltd. Postal code: 166-0003 3-35-7, Minami-Koenji, Suginami-ku, Tokyo Phone: 03-6383-2237 FAX: 03-6383-2233 Printed and bound by the Printing Department of AGARI General Research Institute Cover photo by the Design Department of AGARI General Research Institute The list price is shown on the cover. ISBN 978-4-901151-27—66 C0040 (C)AGARI, tsuyosi 2023

[0045] Regarding copyright Unauthorized copying of this book is prohibited. Also, imitating the content of this paper is prohibited. Copyright belongs to Takeshi Uragami. The publishing right is owned by Agarie General Research Institute, Ltd. These rights of our company and the author are based on the Japanese Copyright Law.

[0046] 1 Device for developing a constant power source

Claims

【Claim 1】 A device for developing a permanent power source that focuses on the structure of nerve fibers in the brain, considers an artificial device similar to the network of nerve fibers in biology from the applications of engineering and physics, and realizes practical use.

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