Single circuits generate nuclear reactions

[Inventor81]

Previous miscommunication has been cleared up.

Self powered test ran as such:

Toroid setup as in JLN circuit - neon light transformer run off dead 12v battery via inverter.

No spark gap.

Toroid was then hooked up across input leads.

Battery gained charge, most likely due to plate de-sulfiding/reconditioning.

When battery voltage hit 11-12V (15V pulses over DC 11-12V), battery was disconnected.

At this point peak voltages were in the neighborhood of 500V.

Output oscillations rose to 1500V, maxing out the meters, at which point feedback loop was cut, quenching the reaction.

Total self-run time w/o battery: ~30 seconds.

Fried camera.

SD card still works.

You tell me - keep working, or no?

[wavez]

If it is true that a camera was fried due to the running of the device then that would be pretty hard evidence that the device creates radiation.

@Inventor81
You had made the comment to me that the radiation from the device should be no more harmful than the radiation from a computer monitor. I must point out though, that if UncleFester's camera was fried, then that would indicate some significant difference in emissions since computer monitors can be filmed without incurring damage to the camera.

I'm not sure I understand what you're saying in your most recent post. I'm eager to hear what your results are from your blumlein test.

[Goat]

It can't supply AC. I went over this all night and found there is a few punctures in my insulation between the neos and the toroid. So I was leaking voltage across this area and getting a remnant of the power supply which was multiplied mains @ 318 VAC @ 60hz. I was getting 158VAC @ 60hz from the toroid. I corrected this problem and found I now have 20 volts of spikes and hash from each firing of the power supply across the rod.

Still working on DC bias of the output so I can actually gather some current. Any ideas are greatly appreciated. Small bias from 12 volt SLA battery seems to do some interesting things but DC current was only on the order of 105mA. I guess I should increase current to around 1Amp or more? Should I simply PWM an output of a mosfet and vary the strength and then see if I collect any more power?

What is clear to me now is that there is large amounts of energy here, just no good means of capturing most of it via a toroidal transformer. Aluminum sheet seems to collect just as much potential as the windings of the toroid. Same with air cores using 4 AWG monster cable. It doesn't seem to matter what metal you put up close to this reaction, it gathers large potential, but without directing this energy there is very little current (on the order of 20-100mA). Very frustrating.......

@ All

Been following this thread for a while now and sorry to interject but I get the feeling that the original cause of Uncle-Fester's runaway was caused by the fact that "I was leaking voltage across this area and getting a remnant of the power supply which was multiplied mains @ 318 VAC @ 60hz".

As Groundloop mentioned the possibility of a magnetic pulsating field, could it have been caused by the remnant of the power supply as in AC on top of DC?

Regards,
Paul

[Feynman]

We have just verified, in words, the circuit as claimed is WAY overunity.  The fact was that the battery was disconnected and it continued to self-run (for over 30 seconds) AND magnify voltage (ie NOT damped LC tank oscillating to zero).  Obviously, something really strange is happening. Unless it was some sort of cruel trick of fate (some current sneaking in through god-knows-where), or some sort of mistake, then we must have self-powering OU.

Now the question as to how, as groundloop says, its either BETA or MAGNETIC.

If it's beta, well, we have already been through this theory in much speculative detail.  Maybe Dr. Stiffler's team will find some rays tomorrow.  Maybe they are deflecting such a concentrated stream of particles their detectors missed them.  Or maybe it is necessary to use a 99.99% microscopy rod.

If it's pulsing or rotating magnetic field, then we have something entirely new.  This would explain why Dr. Stiffler's team has found no beta particles so far. In this case, the pulsating magnetic field is triggering the cheap detectors. For all we know, this may be how the TPU worked.

@Goat

You are right, there was leakage at one point.  But the 'Runaway' was from battery, not the mains.  Then the battery was disconnected.  The circuit self-ran and voltage amplified for 30 seconds at which point power was cut due to safety concern.  Now the question is how in the hell did this happen.

[FriendlyBen]

Hi, I am very poor knowledgeable about all this particle stuff but I follow the topic from the beginning. I am just trowing an idea here: Should it be that using an evacuated fluorescent tube that the phosphors lit in the dark if it is close to beta rays? I know that if it remain exhausted with its gas inside it can lit on RF and this is not good as EMI is mostly RF, but I am not sure if phosphors can lit on beta rays in air. Be careful tube contains mercury and low pressure it may implode. I think that there is a place at the end of the tube where there is a tip or hole that can be safely punctured. Wear safety glasses and gloves and dispose safely the mercury.

Hope this help a little bit.

FriendlyBen