Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[pix]

@forest
What Tesla was talking about was spark gap as a switch, he was not satisfied because it was too slow for his high frequency eqperiments and that is why he came to idea of magnetic quenching and other things.
OU in resonance- even with resonance you must pump the system.And  in some cases you could get OU if that resonant system is "open" and interacting with surrounding ambient.Energy must enter system from somewhere.
In spark discharge- there is that "surrounding ambient" interaction, that is why we end up with much much more electrons, that we start with.We do liberate relativistic electrons during that event.
@yfree
I will come back to you later with some interesting publications, but I need to find a time to dig them up from my hard drive.
It could be easy to check this out doing simple experiment. 1- discharge small HV capacitor directly to coil or other load
2- discharge the same capacitor through a spark gap and then compare currents, voltages, B-fields.
Anyway, I don't know if it is wrong path, but I do rate it as very interesting and worth to check.
Regards,
Pix

[forest]

@forest
What Tesla was talking about was spark gap as a switch, he was not satisfied because it was too slow for his high frequency eqperiments and that is why he came to idea of magnetic quenching and other things.
OU in resonance- even with resonance you must pump the system.And  in some cases you could get OU if that resonant system is "open" and interacting with surrounding ambient.Energy must enter system from somewhere.
In spark discharge- there is that "surrounding ambient" interaction, that is why we end up with much much more electrons, that we start with.We do liberate relativistic electrons during that event.
@yfree
I will come back to you later with some interesting publications, but I need to find a time to dig them up from my hard drive.
It could be easy to check this out doing simple experiment. 1- discharge small HV capacitor directly to coil or other load
2- discharge the same capacitor through a spark gap and then compare currents, voltages, B-fields.
Anyway, I don't know if it is wrong path, but I do rate it as very interesting and worth to check.
Regards,
Pix

[pix]

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[andrea76]

for whom English is not someone can transcribe minutes from 15:00 to 16:30 min? THX
http://www.youtube.com/watch?v=W_fRKxz_UNo

[forest]

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