Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[forest]

C'mon, that's a classic problem.
Yes, the collective charge in the two capacitors remains the same but charge is not energy. The distribution of the charge is an important factor in energy calculation.
The same charge but different distribution = different energy.

That's like putting a 1kg stone at a height of 2meters and later at 1meter and wondering why half of the stone potential energy disappeared despite the stone not changing its mass. Gravitational potential energy is an energy that strongly depends on position and the charge's potential energy strongly depends on its distribution (a concept similiar to position).

Something surprising is when you  check option of energy transfer from one capacitor to the other via resonant LC circuit (coil inline between first and second capacitor) Did you found something interesting about charge ?

[wattsup]

@all

@Peterae at overunityresearch dot com asked for some load specs so here is a small youtube showing these as well.

http://youtu.be/1CWWHKs3mzs

I hope some of you realize what this means relative to TK devices. Can it be so simple?

Tomorrow I will be adding a battery and an inverter and see how to loop it back. hehehe

Off to jam with friends "all night long". lolololololol

wattsup

[xenomorphlabs]

@all

@Peterae at overunityresearch dot com asked for some load specs so here is a small youtube showing these as well.

http://youtu.be/1CWWHKs3mzs

I hope some of you realize what this means relative to TK devices. Can it be so simple?

Tomorrow I will be adding a battery and an inverter and see how to loop it back. hehehe

Off to jam with friends "all night long". lolololololol

wattsup

Wattsup could you please maybe lay out again what the remarkable thing is about this experiment, because i am unable to see it and would like to understand
it. Thank you

EDIT: If it's about the reading 0 Watts on the energy meter, then it probably measures the current in both AC wires and integrates it.
So the fact that one wire is missing on the return path creates the zero reading.
To be absolutely sure, you can simply put the clampmeter on the AC cord going from the wall to the energy meter and it most likely will
show the same current (0.8 Amps).
I do hope though that there is something to it and i might be wrong.
Regards

[dllabarre]

@all
@Peterae at overunityresearch dot com asked for some load specs so here is a small youtube showing these as well.
http://youtu.be/1CWWHKs3mzs
I hope some of you realize what this means relative to TK devices. Can it be so simple?
Tomorrow I will be adding a battery and an inverter and see how to loop it back. hehehe
Off to jam with friends "all night long". lolololololol
wattsup

I'm not sure what you're trying to prove but here in US (NY), our MAINS neutral goes to ground through a ground rod and through copper water pipe entering the house.
So when I use my own ground rod (which is a copper ground rod behind my house, 4 ft long and over 50 ft from the Mains ground rod & water pipe in front of the house) I get the same voltage which is no surprise because both ground rods are "in the ground".
I've done the one wire from Mains load to a light bulb to my ground rod and its the same voltage AND current as if I plugged the light bulb into the Mains wall outlet.
DonL

[Zeitmaschine]

Tomorrow I will be adding a battery and an inverter and see how to loop it back. hehehe

And adding a lot of capacitors would be no mistake too.

The grounding question is this: DC needs a closed circuit to work. This is logical because the electrons in the wire are all moving in a circle due to a potential difference. Now why should AC also need a closed circuit to work? The electrons come from nowhere and they go to nowhere they are only vibrating in the wire.  But what can cause a strong vibration? Resonance, I think.

Kapanadze 28th April 2004 full version free energy device

At 24:33 Kapanadze pulls the plug, hence the inverter which provides the 50Hz frequency is cut off from the device instantaneously. Nevertheless the current flows through the lamps for another second. Question: What kind of current flows in that second through the lamps? AC or DC? I don't think it is DC since it was AC before the cut off. If the current is AC then at what frequency? 50Hz? From where? From the device (transformer) itself that is in a state of resonance for one more second without input?