Wanting to research Electrogravitics

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SUMMARY

This discussion focuses on Electrogravitics, specifically the construction and functionality of Lifters, which are devices that utilize ion wind for propulsion. Users have successfully built Lifters, confirming their ability to achieve lift through ionic wind, particularly in atmospheric conditions. The conversation highlights the importance of asymmetrical configurations in enhancing lift and suggests that capacitance may not significantly impact performance. Theoretical considerations for propulsion in a vacuum are also mentioned, emphasizing the need to understand electron emission in low-density environments.

PREREQUISITES
  • Understanding of Electrogravitics and Lifters
  • Basic knowledge of ion propulsion mechanisms
  • Familiarity with atmospheric physics and vacuum conditions
  • Experience with experimental design and construction of propulsion devices
NEXT STEPS
  • Research the principles of ion wind propulsion in atmospheric conditions
  • Explore the theoretical frameworks for electron emission in vacuum environments
  • Investigate the design and optimization of asymmetrical configurations in Lifters
  • Study the historical context and advancements in Electrogravitics technology
USEFUL FOR

Researchers, hobbyists, and engineers interested in advanced propulsion systems, particularly those exploring the practical applications of Electrogravitics and ion propulsion technologies.

OnTheCuttingEdge2005
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Anybody wanting to research Electrogravitics can go here:
http://jnaudin.free.fr/lifters/main.htm

The Electrogravitic systems are called Lifters.

I have build several types and I can say they do work.

Ion wind is most responsible in an atmosphere but
in Space however you have to threorize how to emit the Electrons into mean free particles to continue Propulsion in a vacuum.

Gerald L. Blakley
 
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re

I built the lifter some time ago and after many trails I got it to fly, very fascinating. It definitely lifts off by ionic wind which is enhanced by the asymetrical configuration, I doubt the capacitance has anything to do with it.
 

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