Method for converting variable electromagnetic field into gravitational field

Abstract

The method is based on a core idea of unifying a field theory and an interference field theory, is devoted to exploration and expansion of an artificial field frontier technology, and covers an artificial field plus quality technology, an artificial field interference technology and an artificial field control space-time technology. In the research process, mutual verification of experiments and theories is paid attention to. Theoretically, internal correlation among Planck mass, electron mass, gravitational force, electric field force, magnetic field force and fine structure constants is deeply analyzed, a conclusion that the gravitational force, the electric field force and the magnetic field force are equal when a substance reaches a light velocity is obtained, and a unique quantum effect is presented. In the aspect of experiments, a simple verification method is adopted, and substances are placed in a positive electrode area and a negative electrode area respectively. Along with the enhancement of the electric field intensity and the action time, the substance mass in the positive electrode area is gradually reduced, and the substance mass in the negative electrode area is correspondingly increased. The phenomenon can be explained as that the space where the positive charges are located has divergence characteristics and the space where the negative charges are located has convergence characteristics, so that the masses of the substances in the positive and negative electrode areas are changed alternately.

Description

Technical Field

[0001] This invention focuses on the frontier field of artificial field technology. It is a practical technology developed based on artificial field plus mass technology, artificial field interference technology and artificial field control space-time technology. The core lies in achieving mutual verification between theory and experiment. Background Art

[0002] This paper focuses on the interactive verification of unified field theory and experiment, deeply exploring the inherent connections between Planck mass, electron mass, gravity, electric field force, magnetic field force, and the fine structure constant. Through rigorous theoretical derivation, it is concluded that when matter reaches the limiting state of light speed, the gravitational, electric, and magnetic forces reach equilibrium, exhibiting unique quantum effects.

[0003] During the experimental verification phase, a simple and efficient verification method was adopted. The core design of the experiment was to place materials in the positive and negative electrode regions respectively, and gradually increase the electric field strength and duration. The experimental results showed that as the electric field strength and duration increased, the mass of the material in the positive electrode region gradually decreased, while the mass of the material in the negative electrode region gradually increased. This phenomenon is due to the divergent nature of the space where positive charges are located, and the convergent nature of the space where negative charges are located, which leads to different mass changes in the positive and negative electrode regions.

[0004] The significant advantage of the present invention is that it realizes the mutual confirmation of theory and experiment, provides strong support for the improvement of unified field theory, and has epoch-making significance in the field of physics. Summary of the Invention

[0005] The present invention is based on artificial field plus mass technology, artificial field interference technology and artificial field control space-time technology, and is committed to improving the unified field theory and verifying each other through experiments.

[0006] In order to achieve the established technical goals, the present invention has expanded and innovated on the basis of the existing artificial field plus mass technology, artificial field interference technology, and artificial field control space-time technology. Next, its newly added features and core components will be elaborated. The present invention uses two methods to jointly verify the theory. The first method is to use the electric field to achieve this, and observe the relevant phenomena by precisely controlling the electric field parameters; the second method is to use clearly distinguished positive and negative charges for acceleration, so that the charges form electric and magnetic field characteristics with specific changes during the acceleration process. It is worth mentioning that both verification methods use a high-voltage DC power supply with a specific signal to ensure the accuracy and repeatability of the experiment, providing reliable data support for the verification of the theory.

[0007] Preferably, in the implementation process of the present invention, for the first electric field method of the technology, a high voltage DC electric field with a specific signal is used. The formula for calculating the electric field strength is known to be: (in E is the electric field strength, U is the potential difference, d is the distance between two points along the direction of the electric field). When using this electric field to perform operations related to gravitational field transformation, the corresponding formula can be constructed based on the relevant principles of unified field theory. , ,(m p is the Planck mass, m e is the mass of the electron, F G is the gravitational force, F E is the electric force, and α is the fine structure constant). Through theoretical deduction, it can be found that when the charge reaches the limit state of the speed of light, gravity will be converted into electromagnetic force. Based on this, further deduction can be obtained to obtain the relationship between the electric field strength and the rate of change of the gravitational field with time: ( E is the electric field strength, A is the magnetic vector potential, also known as the gravitational field, and t is time. In actual phenomena, under the action of this electric field, the mass of material in the positive electrode region tends to decrease, while the mass of material in the negative electrode region tends to increase, providing an intuitive reference for related theoretical and experimental research.

[0008] Preferably, in the implementation of the present invention, for the second method of the technology, the acceleration process of positive and negative charges is further optimized and improved on the basis of the high voltage DC electric field scheme with signal. In the relevant formula, the electric field strength formula is (in E is the electric field strength, U is the potential difference, d is the distance between two points along the direction of the electric field), the formula for magnetic field strength is: ( B is the magnetic induction intensity, μ 0 is the vacuum permeability, Q is the charge, v is the charge movement speed, r is the distance). When it comes to the transformation of the gravitational field, according to the unified field theory, , , , , , , , ,(m p is the Planck mass, m e is the mass of the electron, F G is the gravitational force, F E is the electric field force, F Bis the magnetic field force, α is the fine structure constant), it can be observed that when the charge reaches the speed of light, the gravitational force will be converted into electromagnetic force. On this basis, the formula is further derived ( E is the electric field strength, B is the magnetic induction intensity, A is the magnetic vector potential, which is also the gravitational field, t is the time, c =The speed of light). Specifically, the acceleration of charged particles at the positive electrode generates a gravitational field in the opposite direction of acceleration, while the acceleration of charged particles at the negative electrode generates a gravitational field in the same direction as the acceleration. This is consistent with the transformation of an electric field into a gravitational field in the opposite direction. However, the change here is the introduction of the relativistic factor. Ultimately, the phenomenon is consistent with the first method: the mass of matter in the positive electrode region decreases, while the mass of matter in the negative electrode region increases.

[0009] Preferably, in the implementation of the present invention, the rectifier circuit plays a crucial role, efficiently converting alternating current (AC) into direct current (DC). Its operating principle is to separate the positive and negative half-cycles of the AC waveform, thereby outputting unidirectional pulsating DC. Rectifier circuits come in various types, each with its own unique characteristics. A half-wave rectifier circuit utilizes only one half-cycle of the AC power for rectification, outputting half-wave DC power. A full-wave rectifier circuit utilizes both half-cycles of the AC power, but requires a center-tapped transformer or dual-diode configuration to ultimately output full-wave DC power. A bridge rectifier circuit uses four diodes in a bridge structure, eliminating the need for a center-tapped transformer. This not only outputs full-wave DC power but also offers high rectification efficiency. A voltage-doubling rectifier circuit achieves output voltage doubling by connecting multiple diodes and capacitors in series. In the present invention, the DC characteristics of the rectifier circuit's output play a key role in distinguishing between positive and negative gravitational fields. The differences in DC output from different types of rectifier circuits further affect the relevant manifestations of the gravitational field.

[0010] Preferably, in the specific implementation process of the present invention, for the second method of the technology, the process of accelerating positive and negative charges can be achieved with the help of a magnetic field or an electric field. In order to meet different experimental requirements and technical indicators, the type of current on which the acceleration is based is finely divided. Specifically, it includes unidirectional direct current, in which the direction of the current remains unchanged, which can provide a stable and continuous acceleration for the charge; bidirectional direct current, in which the direction of the current changes periodically, but always remains between the two directions. This characteristic makes the acceleration process of the charge more variable; alternating current, in which the direction and magnitude of the current change periodically over time, which can bring complex dynamic effects to the acceleration of the charge; pulse, in which the current appears in the form of a short and intense pulse, which can instantly provide extremely high acceleration for the charge. By rationally selecting these current types, the acceleration process of positive and negative charges can be precisely controlled, laying the foundation for subsequent related research and applications.

[0011] Preferably, in the actual implementation of the present invention, the gravitational field generated by the technology can be precisely controlled by the output signal. The output signal consists of two key parts: a modulation signal and a carrier signal. Specifically, the carrier signal can be generated and stably provided by an efficient LC oscillation scheme. The LC oscillation scheme can ensure the quality of the carrier signal by virtue of its advantages such as simple circuit structure and good frequency stability. The output signal plays a vital role in the entire technical system. Its main function is to dynamically adjust the gravitational field so that its parameters such as frequency and intensity can change as expected. By carefully designing the parameters of the output signal, the gravitational field generated by the technology can resonate with the gravitational field of the substance itself, thereby achieving more precise and efficient technical effects, and providing strong support for research and application in related fields.

[0012] Preferably, in the implementation process of the present invention, in order to deeply analyze the light speed operation mechanism of the gravitational field of the present invention, a targeted explanation is now given. v along x When the axis moves in a uniform linear motion, this motion state will cause a relative change in the spatial structure, which is specifically manifested as x The axis tilts. As the object's speed approaches the speed of light, this tilt effect becomes more and more significant until, in theory, x The axis rotates 90 degrees. At this time, the space along the direction of the object's movement is x The projection length along the axis theoretically approaches zero, meaning that three-dimensional space degenerates into two-dimensional space in that specific direction. It's known that the fluctuation speed of the gravitational field is the speed of light (see the attached figure for details on the specific principle). Therefore, in the extreme case of an object moving at the speed of light, it can be inferred by analogy that the anti-gravitational field will instantly diverge to infinity, while the positive gravitational field will instantly converge to infinity. This characteristic is crucial for understanding the light-speed operation mechanism of the gravitational field in this invention.

[0013] In summary, the technical effects and advantages of the present invention.

[0014] The preliminary experimental results of the present invention show that, under specific experimental settings, the material mass in the positive electrode region shows a downward trend, while the material mass in the negative electrode region shows an upward trend.

[0015] This invention conducts research and practice based on the core principle of transforming a changing electromagnetic field into a gravitational field. On a theoretical level, it deeply explores and refines relevant physical theories; on an experimental level, it obtains robust data through a carefully designed experimental protocol. Theory and experiment reinforce each other, providing not only solid support for the technical results but also a beneficial supplement and improvement to unified field theory. This achievement is groundbreaking in the field of physics, opening up new directions for subsequent related research and is expected to propel the entire discipline into a new stage of development. It is truly an epoch-making innovation. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to present the specific details of the embodiments of the present invention or the technical solutions in the prior art in detail and accurately, an overview of the contents of the drawings referenced in the elaboration process is now made. It should be pointed out in particular that the drawings mentioned here are only materials for intuitively displaying some embodiments of the present invention. Their purpose is to provide a clear perspective for understanding the technical solutions, and not to exhaust all possible application examples. For those skilled in the art, the basic principles presented in these drawings have broad guiding significance. Based on these principles, technicians can deduce other related graphics and corresponding implementation plans without investing too much creative work. These drawings are like a key, opening a door for technicians to deeply understand the technical concept of the present invention, helping them to grasp the technical points more intuitively, and also inspiring their innovative thinking in a variety of different application scenarios, and fully tapping the application potential of the present invention.

[0017] Figure 1 A schematic diagram of the overall layout of converting electric field into gravitational field is shown.

[0018] Figure 2 It shows the overall layout diagram of converting electric field into gravitational field and accelerating charged particles into gravitational field.

[0019] Figure 3 A diagram showing the types and effects of acceleration schemes.

[0020] Figure 4 A schematic diagram showing the unity of gravity, electric field and magnetic field forces.

[0021] Figure 5 A schematic diagram showing the unity of gravity, electric field and magnetic field forces.

[0022] Figure 6 A schematic diagram showing the electric field, magnetic field, and gravitational field being perpendicular to each other and the gravitational field at its maximum value.

[0023] Figure 7 It shows how the gravitational field is further divided into positive gravitational field and anti-gravitational field.

[0024] Figure 8 The structural diagram of the LC oscillation circuit and the corresponding frequency calculation formula are shown.

[0025] Figure 9 A schematic diagram of the waveform of electromagnetic waves is shown, along with a formula for calculating its frequency.

[0026] Figure 10 The mathematical expression of the space-time identification equation is presented, and corresponding schematic diagrams are provided to help understand its physical meaning.

[0027] Figure 11 A diagram showing how the output signal is generated by combining the modulating signal with the carrier signal.

[0028] Figure 12 The derivation process is demonstrated, revealing the similarity between the space-time identity equation and the velocity of electromagnetic waves.

[0029] Figure 13 A schematic diagram showing how positive and negative gravitational fields act on the gravitational field of matter.

[0030] Figure 14 A schematic diagram showing how the motion of an object at the speed of light causes the axis of space to rotate.

[0031] Figure 15 A schematic diagram showing the anti-gravitational field diverging instantaneously to infinity and the positive gravitational field converging instantaneously to infinity.

[0032] Figure 16 A schematic diagram showing the relationship between the gravitational constant of a gravitational field and the scalar speed of light.

[0033] Figure 17 The core theoretical framework and key formulas on which the present invention is based are presented.

[0034] In Figure 1, Figure 2, Figure 3In the display, the specific meanings of the various reference numbers are explained as follows: Spherical conductors 101 and 102: Both have the same specifications and are used to connect the positive and negative poles of the high-voltage output. Spherical conductor 101 connects to the positive pole, while spherical conductor 102 connects to the negative pole. Tube-shaped conductors 103 and 104: They also connect to the positive and negative poles of the high-voltage output and serve as a carrier for charged particles. Specifically, tubular conductor 103 connects to the positive pole, while tubular conductor 104 connects to the negative pole. Substances 201 and 202: As experimental targets, their materials are not limited to a specific type and can be metal or non-metal. In the experimental layout, substance 201 is placed in the positive electrode area, while substance 202 is placed in the negative electrode area. Positive particles 301: These are positively charged particles and are contained in tubular conductor 103. Negative particles 302: These are negatively charged particles and are contained in tubular conductor 104. Acceleration scheme: Two schemes, magnetic field and electric field, are provided. If classified according to the current type, they cover unidirectional DC, bidirectional DC, AC and pulse forms. DETAILED DESCRIPTION

[0035] The following will be combined with the diagrams attached to the embodiments of the present invention to carry out an in-depth and detailed explanation of the specific details of the technical solution. It should be emphasized that the embodiments listed here are only typical representatives of the many feasible implementation plans of the present invention. The main function of these embodiments is to clearly illustrate the technical solution through specific examples, and it is not intended to cover all potential application scenarios. Based on the content of the embodiments disclosed in detail in the present invention, those skilled in the art have the corresponding professional knowledge and ability. They can derive other implementation plans that are consistent with the principles of the present invention based on the basic principles demonstrated in the embodiments through reasonable logical inferences and appropriate creative work. These solutions derived by technical personnel are essentially consistent with the core ideas and technical features of the present invention, and therefore should all be deemed to fall within the technical scope claimed for protection by the present invention.

[0036] Overview of the embodiment: This embodiment is an expansion and innovation based on the artificial field plus mass technology, artificial field interference technology and artificial field control space-time technology. Next, the newly added features and core components of this embodiment will be emphasized. In the present invention, in order to verify the relevant theories, two methods are adopted in parallel. The first method uses the electric field to realize theoretical verification, and explores the relevant physical phenomena and laws through the specific effect of the electric field. The second method is to use differentiated positive and negative charges to perform acceleration operations, so that the positive and negative charges move under specific conditions, thereby forming characteristics with dynamic changes in electric and magnetic fields. It is worth noting that during the implementation of these two methods of verifying the theory, high-voltage direct current with specific signals was used. This high-voltage direct current provides a stable energy source for the experiment, and the introduction of the signal makes the experimental process and results more controllable and analyzable.

[0037] Specifically, the focus is on the structural details of the gravitational field generator. Its power supply circuit is responsible for providing stable power to the entire device, the signal transmission circuit ensures the accurate transmission of various signals, the drive control circuit precisely regulates the operation of each component, and the rectifier and filter circuit optimizes current processing. Furthermore, the gas ionization module realizes the ionization process of gas molecules, the high-efficiency charge separation module effectively separates different charges, and the charged particle precision acceleration module enables charged particles to achieve the desired speed. These key physical modules are based on the systematic integration and in-depth optimization of existing technologies, achieving scientific design and innovative breakthroughs. Given that the above components and their operating principles are mature and widely recognized in the field, their technical details will not be elaborated here to avoid redundancy. It is important to emphasize that this invention uses two methods to jointly verify the theory, aiming to contribute to the improvement of unified field theory.

[0038] Specifically, in this embodiment, the relevant figures are used for explanation. Figure 1 、 Figure 2 、 Figure 3 As shown, two schemes are presented that are experimented with in the present invention, through which relevant research is carried out to explore specific physical phenomena and verify theoretical assumptions.

[0039] Specifically, in this embodiment, Figure 4 、 Figure 5 As shown in the figure, the unified relationship between gravity, electric field and magnetic field is demonstrated. This unified relationship is based on the complex and close relationship between Planck mass, electron mass, gravity, electric field, magnetic field and fine structure constant. After in-depth deduction, when matter reaches the speed of light, gravity, electric field and magnetic field are equal, and a significant quantum effect is presented at this time, as shown in the following example. Figure 6 、 Figure 14 shown.

[0040] Specifically, in this embodiment, Figures 6 to 17 As shown in the figure, the principles, relevant theories, formulas and derivation process of constructing a gravitational field generator are elaborated in detail. These contents are not only the key basis for constructing a gravitational field generator, but also lay a solid theoretical foundation for constructing other industrial field technologies.

[0041] Specifically, in this embodiment, analysis is performed in conjunction with relevant diagrams. Figure 5 、 Figure 16 As shown, the gravitational constant G The meaning of the gravitational constant varies in different situations. G (Low speed) is mainly related to the gravitational effect of macroscopic objects and is used to describe the gravitational phenomenon between objects in the macroscopic world. However, when the research object becomes a light-speed object, the situation is different. Figure 4 As shown, under certain conditions, gravity can be converted into electromagnetic force. Figure 16 The corresponding logic is that at the moment when matter is converted to the speed of light, the gravitational constant originally applicable to low-speed conditions G (low speed) is more associated with translational motion. When matter actually reaches the speed of light, such as Figure 5 As shown, the corresponding gravitational constant at this time is G (speed of light) and G Under the extreme condition that matter reaches the speed of light, the gravitational force is equal to the electric force and the magnetic force is equal to the magnetic force. This relationship is derived from the classical radius of the electron, and the key prerequisite is that the matter is at the speed of light.

[0042] Specifically, in this embodiment, Figure 1 As shown, the first experimental method is presented. This method uses a high-voltage DC electric field with a specific signal to provide positive and negative voltages to spherical conductors 101 and 102, respectively. In the experimental layout, substance 201 is placed in the positive electrode area, and substance 202 is placed in the negative electrode area. During the experiment, with the gradual increase in the electric field intensity and the continuous extension of the action time, it was observed that the mass of substance 201 showed a gradually decreasing trend, while the mass of substance 202 gradually increased. There is a specific physical mechanism behind this phenomenon, and its specific reasons are as follows Figure 13 As shown, the anti-gravitational field offsets the gravitational field of matter 201, and the positive gravitational field increases the gravitational field of matter 202.

[0043] Specifically, in this embodiment, Figure 2As shown, the second experimental method is an improvement on the first experimental method, and the principles of the two are similar. This method also uses a high-voltage DC electric field with a signal to provide positive and negative voltages to the tubular conductors 103 and 104 respectively. The positive particles 301 are loaded in the tubular conductor 103, and the negative particles 302 are loaded in the tubular conductor 104. A specific acceleration scheme is used to provide speed for the positive and negative particles. According to theoretical deduction, the closer the speed of the positive and negative particles is to the speed of light, the greater the gravitational field intensity caused. Figure 3 As shown, the acceleration scheme includes two methods: magnetic field acceleration and electric field acceleration. If divided according to the type of current, it can be divided into unidirectional DC, bidirectional DC, AC and pulse forms. Similarly, substance 201 and substance 202 are placed in the positive electrode area and the negative electrode area respectively. During the experiment, as the electric field intensity continues to increase, the movement speed of positive and negative particles gradually approaches the speed of light, and the action time increases, it is observed that the mass of substance 201 gradually decreases and the mass of substance 202 gradually increases. The internal reasons are as follows. Figure 13 As shown, this is because the anti-gravitational field offsets part of the gravitational field of matter 201, while the positive gravitational field increases the gravitational field of matter 202.

[0044] Specifically, in this embodiment, combined with Figure 1 、 Figure 2 In the system involved in the experiment, there is a repulsive force between the same charges in the positive electrode area and the same charges in the negative electrode area, which is the basic characteristic of the interaction between charges. However, the experimental phenomenon shows that only the mass of material 201 in the positive electrode area decreases. In-depth exploration of the internal reasons shows that this is closely related to the difference in the properties of the space where positive and negative charges are located. Figure 13 、 Figure 15 As shown, the space surrounding positive charges has divergent properties, while the space surrounding negative charges has convergent properties. Under these spatial characteristics, the anti-gravitational field generated by the charge distribution and related physical mechanisms instantly diverges to infinity, while the positive gravitational field instantly converges to infinity. This difference causes the mass of matter 201 in the positive region to gradually decrease under specific physical conditions, explaining the unique phenomenon observed in the experiment and ensuring the logical coherence and self-consistency of the entire experiment.

[0045] Specifically, in this embodiment, combined with Figure 1 、 Figure 2Let's discuss rectifier circuits. Rectifier circuits can be primarily categorized into four types based on their operating principles and characteristics. The first is the half-wave rectifier circuit. This circuit utilizes the unidirectional conductivity of the diode. During a complete AC cycle, current only flows through the load for half of the cycle, while the diode blocks the current for the other half. Therefore, the output voltage is roughly half of the original AC voltage. The second is the full-wave rectifier circuit, which aims to improve rectification efficiency and smooth the output voltage. Full-wave rectifier circuits can be further divided into two categories: the first is the transformer center-tapped full-wave rectifier circuit. This circuit requires a center tap on the transformer secondary winding to separate the positive and negative half-waves of the AC voltage. During the positive half-wave, one diode conducts, allowing current to flow to the load; during the negative half-wave, the other diode conducts, ensuring current flows to the load in both positive and negative half-waves. The second is the bridge full-wave rectifier circuit, which uses four diodes in a rectifier bridge structure, with each diode responsible for rectifying one half-wave. During the positive half-wave of sinusoidal AC, two diodes conduct and the other two cut off. During the negative half-wave, the diodes that conduct and cut off swap, ensuring that the current flowing through the load is in the same direction and outputting a smoother DC voltage. The third type of full-wave bridge rectifier circuit can be seen as a special case of the full-wave rectifier circuit. It also uses a rectifier bridge composed of four diodes to achieve full-wave rectification, with efficient and smooth output. The fourth type is the voltage doubler rectifier circuit. It has a unique function, combining the rectification function of diodes with the energy storage characteristics of capacitors. It can boost a lower AC voltage to a higher DC voltage to meet specific application requirements.

[0046] The working principle of the present invention is rooted in a highly innovative theory: through specific technical means, the electromagnetic field in a changing state is successfully converted into a gravitational field. Experiments based on this theory have shown very significant results. In the positive electrode area of the experimental setup, the mass of the substance has decreased; while in the negative electrode area, the mass of the substance has shown an upward trend. The significant advantage of the present invention is that it achieves a close combination and mutual verification of theory and experiment. At the theoretical level, an innovative theoretical model for the transformation of electromagnetic fields and gravitational fields is proposed; at the experimental level, through carefully designed experimental equipment and operating procedures, phenomena consistent with theoretical expectations are observed. This two-way verification of theory and experiment has strongly promoted the development and improvement of unified field theory, provided new directions and ideas for further exploration in the field of physics, and has epoch-making significance that cannot be ignored.

[0047] Finally, it must be emphasized that the above content is only a comprehensive and detailed description of a preferred embodiment of the present invention, and its purpose is by no means to limit the broad scope of protection enjoyed by the present invention in any way. Although we have carried out an in-depth and thorough analysis and interpretation of the present invention around this embodiment, professionals in this field should clearly realize that they are fully capable of making flexible and appropriate adaptive adjustments based on the core technology and innovative ideas disclosed in this embodiment for different application requirements. Specifically, key technical elements can be replaced with equivalents or further innovative optimizations can be carried out. As long as these adjustments, replacements or optimization measures do not deviate from the core concepts and basic principles of the present invention, whether they change in structural form, achieve equivalent substitution in function, or achieve significant improvements in performance indicators, they should be deemed to fall within the scope of protection claimed by the present invention. The present invention always maintains an open attitude, warmly welcomes and actively encourages continuous exploration and innovative practices in this field, hoping to continuously expand its application fields and technical boundaries, and contribute to scientific and technological progress and development.

Claims

1. A method for converting a changing electromagnetic field into a gravitational field, the core feature of which is: innovative deep integration of artificial field plus mass technology, artificial field interference technology, and artificial field control space-time technology. The following will focus on the new features and core composition of this method. To verify this theory, the present invention adopts two methods in parallel. The first method uses an electric field, and the second method uses differentiated positive and negative charges to perform acceleration operations, so that the generated electric and magnetic fields exhibit dynamically changing characteristics. It is worth noting that in both verification methods, a high-voltage DC power supply with a specific signal is used to ensure the consistency of the experimental conditions and the reliability of the experimental results, providing a solid practical foundation for theoretical verification.

2. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In the first electric field implementation method of this technology, a high-voltage direct current electric field with a specific signal is used. According to the electric field strength calculation formula (in E is the electric field strength, U is the potential difference, d The electric field environment is constructed by using the distance between two points along the electric field direction. When performing gravitational field transformation operations, based on the relevant theoretical framework of unified field theory, , ,(m p is the Planck mass, m e is the mass of the electron, F G is the gravitational force, F E is the electric field force, α is the fine structure constant), and through theoretical deduction, it is found that when the speed of charge reaches the limit condition of the speed of light, the phenomenon of mutual transformation between gravity and electromagnetic force will occur. Further theoretical deduction can be concluded that ( E is the electric field strength, A is the magnetic vector potential, also known as the gravitational field, and t is time. In practice, the mass of material in the positive region of the electric field decreases, while the mass of material in the negative region increases.

3. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In the second implementation of this technology, the positive and negative charges are accelerated. This solution is a further improvement based on the high-voltage DC electric field method with a signal. When constructing the electric field, the formula ( E is the electric field strength, U is the potential difference, d is the distance between two points along the direction of the electric field), the magnetic field is calculated using the formula ( B is the magnetic induction intensity, μ 0 is the vacuum permeability, Q is the charge, v is the charge movement speed, r is the distance). When performing gravitational field transformation, based on the unified field theory, , , , , , , , ,(m p is the Planck mass, m e is the mass of the electron, F G is the gravitational force, F E is the electric field force, F B is the magnetic field force, α is the fine structure constant), theoretical derivation shows that when the speed of charge movement reaches the speed of light, gravitational force and electromagnetic force will transform into each other. Further deduction can be obtained ( E is the electric field strength, B is the magnetic induction intensity, A is the magnetic vector potential, which is also the gravitational field, t is the time, c =The speed of light). Specifically, when charged particles at the positive pole are accelerated, they generate a gravitational field in the opposite direction of their original direction. Accelerating charged particles at the negative pole generates a gravitational field in the same direction as their original direction. This is consistent with the direction of gravitational fields generated by electric field conversion, but with the added influence of relativistic factors. The final result is the same as the first method: the mass of matter in the positive pole decreases, while the mass of matter in the negative pole increases.

4. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In this technology system, rectifier circuits play a key role, efficiently converting alternating current (AC) into direct current (DC). Their operating principle is to process the AC waveform, separating the positive and negative half-cycles, and then outputting unidirectional pulsating DC. Specifically, there are several types of rectifier circuits. Half-wave rectifiers utilize only one half-cycle of the AC power for rectification, ultimately outputting half-wave DC power. Full-wave rectifiers utilize both half-cycles of the AC power, but require a center-tapped transformer or a dual-diode configuration to output full-wave DC power. Bridge rectifiers utilize a four-diode bridge structure, eliminating the need for a center tap and delivering full-wave DC power with high rectification efficiency. Voltage-doubling rectifiers utilize a series combination of multiple diodes and capacitors to double the output voltage. It is worth noting that the rectifier circuit is a key element in distinguishing between positive and negative gravitational fields in this technology. Different rectifier circuit types and the DC characteristics of their outputs have different impacts on the conversion process between the electromagnetic field and the gravitational field, thereby determining the distinction between positive and negative gravitational fields.

5. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In the second implementation of this technology, a magnetic field or electric field is used as a driving means to accelerate positive and negative charges. Depending on the different characteristics of the current, the current types involved in the acceleration process can be subdivided into unidirectional DC, bidirectional DC, AC, and pulsed current. Unidirectional DC current has a constant direction and can provide a stable acceleration force for the charge; although bidirectional DC current switches direction, it still maintains DC characteristics as a whole, and under certain conditions, it can achieve periodic acceleration of the charge; The direction of alternating current changes periodically, and its pattern of change can bring unique effects to charge acceleration. Pulsed current, on the other hand, exists in pulses, with instantaneous high energy output, enabling charges to achieve significant acceleration in a short period of time. By properly selecting different types of current, the acceleration of positive and negative charges can be precisely controlled, thereby meeting the diverse needs of converting a changing electromagnetic field into a gravitational field.

6. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In the system constructed by this technology, the generated gravitational field can be precisely controlled by an output signal. This output signal is not a single structure, but rather consists of two key components: a modulation signal and a carrier signal. Specifically, the carrier signal is generated using a highly efficient LC oscillation scheme. This oscillation structure or circuit, composed of inductors (L) and capacitors (C), can stably and continuously generate a carrier signal that meets the requirements and provide it to the entire system. This output signal plays a crucial role in the entire technical process. Its core function is to dynamically adjust the gravitational field. By setting specific parameters such as frequency and amplitude, the gravitational field generated by this technology can resonate with the inherent gravitational field of matter, thereby achieving more efficient and precise conversion and regulation between electromagnetic and gravitational fields.

7. The method of converting a changing electromagnetic field into a gravitational field according to claim 1, characterized in that: In order to analyze the light speed operation mechanism of the gravitational field in this invention more thoroughly, a specific explanation is now given. v along x When the axis moves in a uniform linear motion, the motion state will cause a relative change in the spatial structure, which is specifically manifested as x As the speed of the object gradually approaches the speed of light, this tilt effect will become more and more significant until it reaches the theoretical level. x The axis rotates 90 degrees. In this case, the space along the direction of the object's movement is x The projection length along the axis theoretically shrinks to zero, meaning that three-dimensional space degenerates into two-dimensional space in that specific direction. Given that the gravitational field fluctuates at the speed of light (see the accompanying diagram for details), under the extreme condition of an object moving at the speed of light, it can be argued by analogy that the anti-gravitational field instantaneously diverges to infinity, while the positive gravitational field instantaneously converges to infinity, revealing the unique behavior of the gravitational field under the speed of light mechanism.

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