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

[TinselKoala]

In the image below you see a system that has a high degree of reactive power circulating in the resonant "primary" on the left. It is much greater than the input power drawn as DC from the battery. This reactive power is "transformed" by the air-core transformer whose secondary is now powering a real resistive lightbulb load, on the right. This system is doing exactly the same thing electronically that the QEG device is doing electromechanically, and it's doing it a lot more quietly and a lot cheaper.

I can haz cheezburger now?

[TinselKoala]

Note that the light bulb is _brighter_ when powered by the wireless system and battery,  than it is when it is connected directly to the same battery.

http://www.youtube.com/watch?v=gi-hl2W86yk

Cheezburger, with fryz?




It seems to me that anyone who wants to claim that the QEG is OU... must have a hard time to explain to me why my system isn't. 

[PCB]

Note that the light bulb is _brighter_ when powered by the wireless system and battery,  than it is when it is connected directly to the same battery.

http://www.youtube.com/watch?v=gi-hl2W86yk

Cheezburger, with fryz?

It seems to me that anyone who wants to claim that the QEG is OU... must have a hard time to explain to me why my system isn't.

Nice! Very nice! I agree this is essentially the same setup.  But no cheezburger yet.  I assume the V&I on the primary are close to 90 out of phase. What effect does the load have on these waveforms when you bring the two halves of the air transformer together?

I'm sitting on the edge of my seat right now. You video appears to show OU but is not, correct? I think a video showing the effect of the load on the primary could short circuit the whole QEG effort, and using only a few dollars in parts, and a few cheezburgers!

Also, have you posted a circuit diagram anyplace of your circuit setup, I'd really like to build one of these guys?

[MileHigh]

Clearly there has been a lot of effort done by those folks. But..... are they actually competent?

I watched the two clips and my Spidey senses are tingling.

There is another test that I never mentioned because it is "too obvious" so I filtered it out in my head as not worth mentioning:

Measure what happens in the primary tank circuit as you vary the power dissipation in the load connected to the secondary.

Attach load A of 10 watts and measure primary peak-to-peak voltage and the voltage-current phase angle.  Measure motor input power.
Attach load B of 20 watts and measure primary peak-to-peak voltage and the voltage-current phase angle.  Measure motor input power.
Attach load C of 50 watts and measure primary peak-to-peak voltage and the voltage-current phase angle.  Measure motor input power.

For some experimenters it will be a challenge to determine the resistance of the load to draw 10 watts.  A bit of experimenting and you should be able to figure that out.

What happens as you increase the output power in regular steps?  Get to know your QEG.

If some builders did this it would be a giant leap forward in free energy research and open up new avenues of discovery that have never been seen before.  Synergistic modalities.

BeliefBoy

[PCB]

TK: I just watched your video. I do see the difference in the brightness. I would explain it as  the coil voltage (ac) is greater than the battery (dc) and you will see a commiserate increase in the current from the battery when you bring the load coil close to the primary coil.