Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

Yes it is the capacity that we should be looking at. Now remember an open bifilar coil will have perfect separation and have the boosting of voltage via the winds.


Just think about this. In a regular capacitor there is no induction per say. There might be some but not enough to cause this phenomena in full force. Also the type of materials in a capacitor like an electrolytic is aluminum, which has it's own curious events that happen when exposed to rf like fields. In the bifilar cap/coil you can have a perfect effect of both capacitance and a boosting or dampening effect of the inductance (step up(electric) or step down(magnetic)).


I really think my idea about the coil I posted is gonna work very well. With opposing winds and oil dielectric this thing could handle a lot more push. First I will test the new winding method with alternating wires so that each wire is surrounded by the opposite polarity. From what I understand this not only raises the capacitance but also speeds up the pulses. This Cap/Coil should break the speed limit if used as stated with one or two real capacitors to act like the bucket. The cap coil should vibrate the electric field very quickly from side to side. Harnessing this vibration would be as easy as inserting an iron or ferrite rod into the cap/coil with puckup load coil wound on the rod for loading. This is exactly what the other kid did in the video I showed earlier. No effect on the source. Does this mean we can build 3 cap coils and use 2 small ones as source vibration(tank circuit) and one large one as the converter.

Really looking forward to your experiments. It explores ground that hasn't been much explored, which is good.
The kid did however not evidently show "No effect on the source", because he incorrectly used a DC ampmeter in an AC line, which would always show zero DC current.
The needle stays in the same position, because the current swings in both polarities.
His coil behaves basically like a non-polarized (AC) cap with the additional element of having a much higher inductance, but there is current flowing to charge/discharge it periodically. He could easily repeat his experiment with a multimeter set to AC current measurement or voltage scope it over a 1 Ohm resistor and see.
Regards

[jbignes5]

Really looking forward to your experiments. It explores ground that hasn't been much explored, which is good.
The kid did however not evidently shows "No effect on the source", because he incorrectly used a DC ampmeter in an AC line, which would always show zero DC current.
The needle stays in the same position, because the current swings in both polarities.
His coil behaves basically like a non-polarized (AC) cap with the additional element of having a much higher inductance, but there is current flowing to charge/discharge it periodically. He could easily repeat his experiment with a multimeter set to AC current measurement or voltage scope it over a 1 Ohm resistor and see.
Regards

Not exactly it should have shown a positive current in half of the cycle. This would have been a pulsing current. Yes it would have shown half of the current but it should have shown something. You could liken this to using a digital voltmeter and reading ac voltage on a dc battery. Typically is should read half voltage and it does. As far as I know there is a single diode in a dc meter. This would have rectifies the ac current into a pulsed current that would deflect that needle but only at half current. Plus it is a milliamp meter which should have shown even the slightest current pulse. It could be that the signal was to fast and light for it to read so I will make sure my tests have the correct meters.

[wattsup]

@all

Thanks for your replies although I did not get the answer I was hoping for.

Anyways, I am going way way back to basics trying to remove all the clutter from the TK devices so I am going all the way back to the most simple tests first and continue on from there.

Here is the simplest test possible I did with mains voltage. hehehe

http://youtu.be/xXG6db0A1Ns

The answer to TK devices is far simpler then we could ever imagine and I am convinced he is using so many useless and needless accessories in his devices to keep us from realizing what is really going on. It's so simple we would laugh ourselves to death. Seems like a good way to go. lololololololololololol

Hmmmmmm. I'm still here.

wattsup

[verpies]

Experimentally I measure half the voltage (6V) after connecting both of the (12V) capacitor together.

So if the missing energy is due to radiation because of the current that flows during connection, then why is it that exactly half of the stored energy disappears?

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).

[wasabi]

Not exactly it should have shown a positive current in half of the cycle. This would have been a pulsing current. Yes it would have shown half of the current but it should have shown something.

Yes, exactly.
A mechanical DC ammeter is an averaging meter, and the average of a sine wave is zero.
At 50Hz the inertia of its needle does not allow it to move.

Go back to school Jbignes5 !!!
I am so sick of your illogic and loose mind.