Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[bass]

Thank you.
Well, a resonant circuits that is connected to a load will loose resonance if the energy is not cleverly extracted.
I don't see this being taken into account in that circuit. I have myself made dozens of experiments where
exactly that happenend, that the resonance condition cannot be sustained with a load connected.
The load has to be arranged non-reflective to the source. But this is not meant to discourage anyone who wants to replicate it ...

Lack of this method is just that it is necessary to adjust the load for each response. At idle adjust resonance does not make sense.
Where there is a successful experiment with a constant load is reduced consumption.

[jbignes5]

 I think the most important idea to focus on with that young mans observation is that he is taking a pure potential and getting a magnetic response in the core. This is exactly what I proposed last year I think. With the Cap/coil on the inside of the device and not outside.


As for his measurement of the Current you can read both currents from that device. It will still show a flow if it is present. If it was hooked up backwards that might not show it but I would think it would still show a current either way by moving the needle one way or the other.


My second observation is that the output of the signal generator is not a very high source of potential or current even. But even with such a low force of the signal gen it still shows the action of passing the signal into the center coil around the ferrite. Stop looking at the literal translation into our current system. Obviously he is amplifying the signal from the generator then letting induction do it's thing. I was thinking about the idea as I was walking to a friends house and it dawned on me that he was doing the same thing as Tesla and a few others. The open ends of the bifilar seem to be an antenna system. I wonder if you can do this to two signals that are inverted and use the difference to power a load with better force.

[sparks]

  take 2 identical coils in parallel and apply voltage.  Current will flow exactly at the same time through said coils.  Insert a capacitor in one branch in series with one coil.   Current will flow in this coil before the other.  This is how a 1phase induction motor works.  The current in one coil precedes the current in the other coil which is physically located at a different place on the stator.  This shifting magnetic field produced by the current flow sweeps over a coil on the rotor which generates a magnetic field which interacts with the "rotating" magnetic field of the stator.  Recent advancements have created a very efficient electric motor design.  It uses a permanent magnet rotor and pulsed dc stator coils.  The losses associated with semiconductor heating are minimal compared to the amount of power drawn from the line producing rotor currents.  I know that these motors are now available in up to 2hp 1phase for pump applications.  It may be a while before we see them in higher horsepower applications using 3phase input due to the costs of higher wattage semiconductors.  Electric motors develop their power depending on ampere turns and frequency.  Power factor is not an issue for the user.  It is an issue for the wattmeters.  A coil of highselfinduction can transfer power to a secondary well out of phase with the line voltage.  The wattmeter assumes a load with a powerfactor near unity.  90 degrees out the powerfactor drops beaucoup.  It is best if the reactive energy of the circuit is stored and not shed in the generator coils back at the scource.

[Zeitmaschine]

Well, the phase angle always occurs when L and C are involved, whether he cares or not.

So the question is this: Where in this setup is L?

L is not the motor. The caps are even there (and obviously connected) without the motor. L is also not the huge coils because air coils have no effect on 50Hz current.

Thus there is only one possibility left: There are 50Hz transformers (coils) in the silver boxes. And these transformers must fit in their size (L) to the size of the visible capacitors (C), otherwise there would be no need for that number of caps.

Conclusion: The TK device needs 50Hz transformers and 50Hz capacitors in order to run. Hmmm ...

[xenomorphlabs]

So the question is this: Where in this setup is L?

L is not the motor. The caps are even there (and obviously connected) without the motor. L is also not the huge coils because air coils have no effect on 50Hz current.

Thus there is only one possibility left: There are 50Hz transformers (coils) in the silver boxes. And these transformers must fit in their size (L) to the size of the visible capacitors (C), otherwise there would be no need for that number of caps.

Conclusion: The TK device needs 50Hz transformers and 50Hz capacitors in order to run. Hmmm ...

Sorry for using physical abbreviations, L stands for inductance which is an inherent physical quantity for any inductor including air core coils of course.
Even at 50 Hz the inductance influences the current through the so-called impedance (relatively low at low frequencies, rising with higher frequencies)  and is of course influential concerning the resonance frequency of the circuit and has to be considered for determining that frequency.
So the L in his set-up is anywhere where TK creates the resonance that he refers to, assuming of course he relates to LC resonance by saying that.
That there is some kind of iron-core based transformer utilized at 50 Hz (or possibly multiples of it) is clearly audible in the aquarium 1 demo (Magnetostriction hum) as well as in the turkey demonstration.
Regards