Hello Dave,
I did some reading on the "retroflection" in Tom Beardens book and on page 197-198 the chapter "4.4 Tesla's iterative retroflection work" I saw that in figure 4.5 there are 2 reflectors with in the middle the load.
Because in the past I did some experiments with Konstantin Meyl experiment kit for one wire energy transfer I thought that maybe if I use the 2 tesla coils (same resonance frequency) used in the Konstantin kit as the reflectors, maybe you poor in more vacuum energy?
Maybe I can replace the battery resonance part with tesla coil resonance? To bad I can't puls the TS with 2,5Mhz which is the least resonance frequency of the coils in the test kit.
Otherwise I would replace the "power source" in Tom Bearden fig 4-5 with the TS output and the 2 reflectors with the tesla coils, because I know the resonance frequency of the coils but not off the batteries.
I've read in the book that a simple LC circuit in resonance can not deliver cop > 1 but what about this possible setup?

I'm now testing the tesla switch with my 8051 microcontroller expermint board because the duty is perfectly 50/50. Yesterday I could light a led for few houres without discharging the batteries but it has to run longer before I can certainly say that the batteries are not depleting.
I did some reading on the "retroflection" in Tom Beardens book and on page 197-198 the chapter "4.4 Tesla's iterative retroflection work" I saw that in figure 4.5 there are 2 reflectors with in the middle the load.
Because in the past I did some experiments with Konstantin Meyl experiment kit for one wire energy transfer I thought that maybe if I use the 2 tesla coils (same resonance frequency) used in the Konstantin kit as the reflectors, maybe you poor in more vacuum energy?
Maybe I can replace the battery resonance part with tesla coil resonance? To bad I can't puls the TS with 2,5Mhz which is the least resonance frequency of the coils in the test kit.
Otherwise I would replace the "power source" in Tom Bearden fig 4-5 with the TS output and the 2 reflectors with the tesla coils, because I know the resonance frequency of the coils but not off the batteries.
I've read in the book that a simple LC circuit in resonance can not deliver cop > 1 but what about this possible setup?
I'm now testing the tesla switch with my 8051 microcontroller expermint board because the duty is perfectly 50/50. Yesterday I could light a led for few houres without discharging the batteries but it has to run longer before I can certainly say that the batteries are not depleting.

Thankfully with the repeated help of my congressman things appear to finally be moving in the right direction while my consulting business is improving quite nicely going forward. 
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