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

[MarkE]

This is SPUD all over again.  The supposed open source development requires joining a private believer organization where supposed technology secrets are to be revealed.  Of course nothing like that ever happens.  The private believer organization becomes a cult of true believers waiting for godot.

[PCB]

I recently came across this article by James Robitaille on how to tune the QEG to OU, which he wrote back in April, and was commented upon two today's ago. I guess I missed it way back when. Perhaps Kevin and his degreed and experienced band of electrical engineers numbering in the hundreds working secretively behind closed doors may find these pearls of wisdom illuminating?

http://be-do.com/index.php/en/forum/manuals-documents-and-tutorials/542-qeg-instructions-for-engineers

[TinselKoala]

Thank you for reminding us of that document. It contains the mathematical justification for the choice of 1.3 MHz for the "exciter" tuning.

But... after I did a little research and found ELEVEN, count'em, ELEVEN Standard Broadcast AM stations in Pennsylvania alone, broadcasting at frequencies between 1280 and 1320 kHz with a total radiated power of just under 50 kW....  The "correct" frequency suddenly became 7 MHz, according to James Robitaille, without corresponding mathematical justification.

If you multiply 400Hz by 3250 (whole number) the result is 1,300,00.000 or 1.3MHz precisely. This means 400Hz is a mathematical harmonic of 1.3MHz. Therefore, 200Hz is also a whole number harmonic (6500). So with that in mind, we made some changes to the original exciter coil to make it a proper power resonant tank circuit. It's very similar to what we released in March, and can be seen in the accompanying video. Here are the construction details: Using the same 4.75" O.D. Plexiglas tube as in the original release, we cut off 2 inches from one end and wound 60 turns of good quality #14 AWG stranded, jacketed wire (41X30 stranding). We glued a round Plexiglas cap on top of the coil form, and mounted terminals to connect to the generator output, antenna, ground, and spark gap (see video). We reduced the amount of turns from 100 to 60, in order to balance the inductor/capacitor combination for better frequency stability. Your coil should end up with about 190uH inductance. Instead of taking turns off to tune the coil, we used a 50-200pF mica variable capacitor from a high power radio transmitter.

The value at 1.3MHz is about 80pF. Once this is assembled, here's how to tune it:

And of course, as I have also shown and as anyone can see for themselves in the few oscilloscope screens that have been posted by QEG teams... NONE of them actually resonates at 400 Hz. None. Not even at 200 Hz.


So tell me Kevin.... what gives? Are you waking up yet and realizing that the Robtiailles have lied to you and are _still_ lying to you? You have no evidence whatsoever in support of your belief that any QEG anywhere will ever attain self-running, only the lies and prevarications of the Robitailles. This story of the "correct" exciter frequency should really be giving you pause. But of course, as PT Barnum knew and many social psychologists have shown in solid research, the more you pay for something the more you value it and the more you will refuse to believe it is actually garbage.

The mechanism here, we believe, is that the QEG, running at 200Hz, drives the exciter coil into resonance by generating a strong whole number harmonic signal of 1.3MHz. This is the reason everything must be tuned precisely. Once the coil is resonating, it provides an open door to the 1.3Mhz signal in the atmosphere, much like a band-stop filter. We have information that the energy coming from the atmosphere (we can call it radiant energy) actually modifies the molecular structure of the core steel, causing it to become electrified and produce additional voltage. How can this radiant energy be superimposed on the much lower (200Hz) power frequency? We believe it happens by skin effect.

Skin effect !! That gets a ROFL for sure. But it gets even better. Notice that he is describing a _transmitter_ of broadband noise centered around 1300 kHz, right smack dab in the veritable middle of the AM standard broadcast band and within 20 kHz of ELEVEN commercial broadcast radio stations in Pennsylvania alone. The FCC will just love this.

[TinselKoala]

Do we really believe that the true signals in Figure 14 are in phase... or are we looking at the 90 degree _measurement_  phase shift introduced by the Stangenes current monitoring transformer they are using?  Real experimental scientists would have answered this issue immediately with a comparison test of their transformer and a current-monitoring resistor that does not introduce any phase shift in its measurements. As I have done.

And you can have that one for free, Kevin.

[TinselKoala]

Meanwhile.... while all of that sinks in, note this: I have used the _real output_ of my microQEG + transverter system to charge up a 12 volt SLA battery. Then I have used that same battery to _run_ the microQEG while it powers a motor load.  Yes, that's right folks, I have come closer to "self running" than any other QEG builders: I have run my microQEG on a battery that it charged, itself.