Reactionless Plasma Propulsion via Microwave-Electron Kinetic Transfer
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Solution Overview
Problem
Current propulsion systems rely on reaction-based mechanisms, which are inefficient and lack a means to harness photon energy for propulsion without external reaction partners.
Innovation Solution
A propulsion system that utilizes photon energy absorbed by free electrons to increase their kinetic energy, which is then harnessed through a repulsive electrostatic field to generate propulsion energy, allowing for reactionless movement by transferring kinetic energy to a structural support, thereby enabling efficient and directional thrust.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If reaction-based propulsion mechanisms are used, then propulsion force is generated, but efficiency is low and external reaction partners are required
Solution Approach 1:
The patent replaces traditional mechanical reaction-based propulsion systems with a photon-based energy conversion system. Electrons absorb microwave photons and convert electromagnetic energy directly into kinetic energy, eliminating the need for chemical reactions or mechanical thrust generation. This substitution of mechanical systems with electromagnetic field interactions resolves the contradiction by achieving higher efficiency without requiring complex reaction mechanisms.
Solution Approach 2:
The patent changes the fundamental operating parameters of the propulsion system by using microwave radiation (electromagnetic parameter) to energize electrons, converting them into high-velocity directional flow. This parameter change from chemical/mechanical to electromagnetic enables reactionless propulsion with superior efficiency, resolving the trade-off between propulsion effectiveness and system complexity.
2Use of energy by moving object
If photon energy is absorbed by free electrons, then kinetic energy increases, but directional control and energy transfer efficiency must be optimized
Solution Approach 1:
The patent applies local quality by creating a non-uniform microwave field distribution within the plasma region, with maximum energy density concentrated at specific locations. This localized energy deposition ensures that electrons gain kinetic energy in a directional manner, with preferential acceleration along the microwave propagation axis. The directional control is achieved through spatial variation of the electromagnetic field properties, resolving the contradiction between energy conversion efficiency and directional controllability.
Solution Approach 2:
The patent employs preliminary action by first establishing a plasma environment with free electrons before introducing microwave radiation. The plasma is pre-formed in the interaction region, ensuring that photons have immediate targets for energy absorption. This preliminary preparation of the electron population enables efficient and controllable energy transfer, addressing both energy conversion efficiency and directional control requirements.
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
This system effectively converts photon energy into kinetic energy for propulsion, providing a reactionless and efficient means of movement, capable of directional control and lift, with the potential for improved performance in space travel.
Implementation Method 1
radiation such as microwave radiation is absorbed by free electrons which gain kinetic energy along a preferential axis
Implementation Method 2
conservation laws of a fundamental particle such as a free electron during photon absorption results in the increase in inertial parameters of inertial momentum and mass/energy corresponding to kinetic energy
Implementation Method 3
The electrons or plasma are incident to a repulsive electrostatic field or rigid piston to transduce the kinetic energy into propulsion energy
Implementation Method 4
gain kinetic energy along a preferential axis and may drag positive ions and a plasma flow
Data Source
AI summary
A propulsion system providing at least one of propulsion and lift comprising a source of a molecular beam or jet, a plasma generator coupled to the source, a plasma chamber coupled to the source and to the plasma generator to maintain a hydrogen plasma comprising free electrons and H+ ions, a microwave generator, a horn antenna, and a negatively charged, repulsive electrode to repel received electrons that have absorbed microwaves in a directional manner and gained reactionless kinetic energy in a directional manner.