Electromagnetic Propulsion System Accelerating Dark Matter
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Solution Overview
Problem
Conventional spacecraft propulsion systems are limited by the finite supply of fuel, which restricts the specific impulse and ultimately the speed of spacecraft, necessitating the exploration of alternative working media for propulsion, such as dark matter, to achieve higher speeds for deep space missions.
Innovation Solution
An electromagnetic propulsion system utilizing a semi-closed H10 type microwave waveguide with multiple vibrators operating at microwave frequencies generates a traveling electromagnetic wave to accelerate dark matter, creating a unidirectional jet that approaches the speed of light, thereby increasing specific impulse and thrust.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If conventional fuel is used in spacecraft propulsion, then the spacecraft can achieve initial acceleration, but the specific impulse is limited by the finite fuel supply
Solution Approach 1:
The invention extracts the limitation of carrying finite fuel by eliminating the need for conventional propellant. Instead, the system uses an electromagnetic field to interact with and accelerate the interplanetary plasma medium directly, extracting propulsion capability from the external environment rather than relying on onboard fuel reserves.
Solution Approach 2:
The invention introduces an electromagnetic field as an intermediary between the spacecraft and the interplanetary plasma. The electromagnetic field serves as the working medium that transfers momentum from the spacecraft to the plasma, enabling propulsion without direct chemical combustion or conventional propellant ejection.
2Power
If ion drives are used to increase specific impulse, then the outflow rate increases to 10,000-20,000 m/s, but the fuel consumption remains limited
Solution Approach 1:
The system enables the spacecraft to service itself for propulsion by using the interplanetary plasma medium that is already present in space. The electromagnetic field accelerates this external plasma, allowing the spacecraft to continuously replenish its propellant from the environment rather than relying on pre-stored reserves.
Solution Approach 2:
The electromagnetic field serves multiple functions: it acts as both the propulsion mechanism and the working medium. The same electromagnetic field that accelerates ions in traditional ion drives also directly accelerates the interplanetary plasma, eliminating the need for separate propellant storage systems.
3Speed
If dark matter is used as a working medium, then the specific impulse can be significantly increased, but the interaction mechanism with electromagnetic fields is not fully understood
Solution Approach 1:
The invention replaces complex mechanical propellant handling and storage systems with an electromagnetic field-based propulsion mechanism. By using electromagnetic interaction to accelerate the interplanetary plasma medium, the system eliminates mechanical complexity associated with conventional propulsion while achieving higher specific impulse.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system efficiently accelerates dark matter, resulting in a significant thrust force, overcoming the limitations of conventional fuel-limited propulsion systems and enabling faster deep space travel.
Implementation Method 1
An electromagnetic propulsion system utilizing a semi-closed H10 type microwave waveguide with multiple vibrators operating at microwave frequencies generates a traveling electromagnetic wave to accelerate dark matter
Implementation Method 2
generates a traveling electromagnetic wave to accelerate dark matter, creating a unidirectional jet that approaches the speed of light
Implementation Method 3
creating a unidirectional jet that approaches the speed of light, thereby increasing specific impulse and thrust
Data Source
AI summary
An electromagnetic propulsion system for the movement of spacecraft by means of ejection of the perturbed dark matter. In the present invention, to perturb and accelerate the dark matter, the electromagnetic energy generated by microwave generators is supplied to a number of position-adjustable electromagnetic vibrators that form a phased antenna array inside the waveguide. Since the dark matter permeates the Universe and its reserves are unlimited, it can be used as a working medium in the constant acceleration propulsion system for as long as the electric power supply lasts. Since the electromagnetic propulsion system has infinite reserves of the working medium, the specific impulse is also infinite. The speed of the dark matter jet approaches the speed of light.