This idea is a interesting concept that I think needs to be researched openly within the global community since it could carry liberating effects from a global economic standpoint. I cant seem to find any info on this concept other than a hint towards the idea from a man by the name of Stanley Meyer.. This idea seems to try and hybridize electrostatics and resonant LC circuit design into a transformer. What's interesting to me about this idea is how it may reduce the need for heat to generate highly energized particles missing electrons. But also to be able to produce into a volatile but stable state in the right conditions. This concept relies on putting a filament in series with a isolated resonant circuit that is used to ionize gasses. The filament becomes the point of thermionic emission rather than heating the gas to the point of free electrons. In turn the circuit being isolated becomes electrostatically charged positive with ref to gnd. This leaves the isolated circuit no place to gain electrons back but other than the gas.. Stan Meyer named this circuit the electron extraction circuit. he doesn't fully describe how he does it other than labeling a filament as a amp consuming device. It alone cannot remove electrons from a circuit but a filaments thermionic emission vary well may be able to based on how thermionic valves function.. I have attached my interpretation of the design as well as the simplified description from Stanley Meyer. I consider this as indirect ionization because the gas ionization would be a secondary ionization driven by resonant pulsing and electrostatics. While the primary ionization is the filament and the circuit windings itself.
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