Quantum Energy Generator (QEG) Open Sourced (by HopeGirl)

[Farmhand]

OK now I'm getting some good voltages with the yolk transformer. And with a 270 Ohm resistor on the secondary of the yolk
transformer I get about 7 degrees off phase. And the resistor gets real hot but it only has about 25 volts across it. With no load
it still goes to about 30 degrees off phase, even with the transformer connected. The yolk transformer idle power seems small.

That's 1600 volts with the two secondaries in series.

And the output coil tank while one yolk transformer secondary is loaded with the 270 Ohm resistor. (measures 266 Ohms).

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[TinselKoala]

Neat! I love high voltages.
Can your scope do x-y mode? It's neat to see the Lissajous figure change as you vary inductance or capacitance to make phase shifts.

[Farmhand]

Yes the scope can do the Lissajous figure, the manual explains how to do that. I'll give it a go. I've been meaning to try it.
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[Farmhand]

I was wondering if someone might help me with determining roughly the capacitance and inductance of James' antenna ? If we
calculate roughly the antenna capacitance and inductance and know the frequency then we can estimate the ground line
currents, antenna voltage distribution ect.

I can say one thing and that is that without the elevated capacitance (antenna) connected to my HV side of the HV resonant tank
or the HV side of the grounded yolk transformer secondary there are practically no currents in the ground line. If I disconnect the
antenna but leave the grounded side of the HV coil grounded then re-tune the coil to max voltage then the voltage is more
because the elevated capacitance is not there to distribute charge, and the ground line currents disappear because there is no
antenna to charge and discharge, which is what causes the ground line currents.

ie. I've estimated my antenna to be about 80 to 120 pF based on the extra capacitance I need without it to get the HV tank
into "tune". So if the antenna is 100 pF and is charged to say 1000 volts then it has about 0.00005 Joules of energy stored
on it, 50 micro Joules. So then we multiply that by the frequency of 295000 Hz to get 14.75 Joules per second of energy is
moved through the antenna wire and a similar amount of energy is moved in the ground line. About 15 Watts of power.

About 15 mA at 1000 volts is 15 Watts. This is estimations for my setup only, and using arbitrary figures, I don't claim those
figures though I think they are close to what I can do, and I can change the voltage to vary the antenna power.

The power in the antenna and the ground line currents are both a result of our input to the circuit, and when tuned right
I can draw power from my antenna with either, 1) a resulting increase in input power (circuit trying to maintain antenna voltage),
2) input power remaining the same (finely tuned) or 3) input power reducing as I draw power (tuned to max no load voltage),
It all depends on tuning of the circuit and the effect of that antenna capacitance and inductance on the circuit.

All in all James' antenna is a BS (watch this hand) type deal. Unless he has intention for causing the ground currents there is no
use for them and unless he wants to cause the ground line currents there is no use for them specifically. 

Basically this antenna BS from James is like another big spit in the face of Nikola Tesla's Legacy. Shame on him.

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Just for fun I used the yolk transformer to charge a 6.8 uF - 250 volt audio capacitor and dumped it through a single loop using a
Gas discharge tube 180 volt, I kept the dump rate slow and put my small detector coil with the LED's in the loop and promptly
blew an LED. Then for some reason the audio capacitor blew up like a balloon and failed as well, making a crackling noise.
hilarious the flash of the LED was very bright, they are placed oppositely oriented so they Use AC. The dump blew only one
and left it shorted. 

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[Farmhand]

I'm confused  When driving a transformer for OU which coil do we want the 90 degrees shift on
and which coil do we want the 0 degrees shift on ? The supply coil 90 and the driven coil 1 degree ok ?

At 90 degree shift on the supply coil the 270 Ohm resistor on one secondary had 7.5 volts RMS across it if I remember correctly or
was it 15 volts, not sure now did a lot of messing about, I'll need to do the entire experiment again. Not that important. I burned
the paint off of one resistor earlier I should check the resistances again as well, use new resistors, I think they are 1 Watt parts.

No antenna was used. 

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