Selfrunning cold electricity circuit from Dr.Stiffler

[armagdn03]

Please do open another thread, I would love to read your findings, You are much more knowlegeable than I and am always eager to learn. Ill provide whatever feedback I can, but dont just discus with yourself, the arguements always seem to be biased that way 

[k4zep]

Hi Dr. Stiffler,

I was told about your work today.  I have been remiss on keeping an eye on Overunity.com lately.   Downloaded the base article from your home site and digested it.   Built it up (the simple circuit somewhat modified) and it works as advertised.  I believe this is the same device as shown on YouTube.

As I didn?t have the specified coil/core, I used a Ferrite magnet from a Bedini bicycle wheel motor, wound 300T #32 secondary, 50T primary. I have no idea if this is optimal or not.   1N914's feeding 10uf, LED in series with iron core MA meter across cap.  I left both other ends of primary and secondary floating.  NO measurable DC current in input side of circuit. I don't have an RF Ma meter to check the RF current but from other test, it would appear to be very low.  The circuit is excited via a small coil/470 pf in series from my HP-3312A sig. generator using only + output set to as high PP output possible and from there to the Ferrite coil.  Output around 27 ma @ 6MHz, second and third peak @ 8 and 10Mhz. Output is 30% higher using square waves.  Have tried every method of grounding, base plate, output, input, generator, etc.  All end up with degraded output.  I even put two diodes back to back in series with the input and it still works...a 50ua meter in the input shows no input current.  I realize we are working with RF here but this is something new.  I will say that the most simplified circuit is the 2-1N914's/cap LED circuit connected directly to +++ lead of the generator but only 6-7 ma that way peak and I suspect the base current without the ferrite effect.

This is most interesting work and I want to say thanks for taking the time to show it to us.  I also enjoyed the other research on your site.

Ben K4ZEP

[plengo]

Newbie here. My first post. I have been reading this one project since the beginning. I have tried a variation of Dr's project and and up with something absolutely ultra simple. No other components but LEDs, all sort of colors and sizes and different specs. About 50+. All fully bright.

I use only a bread-board, function generator set to around 9Mhz. Only positive probe connected to circuit. No resistors, no transistors, no coils, nothing. One ground wire to neutral of house-power. Function generator powered by house or battery 12v with 300w inverter so that I could make sure there is no connection of the house ground with the probe.

I will post pics and video if anyone is interested. This was very surprising for me since I was looking to replicate this project and start very small and as I was doing I was simplifying even more to the point that only the function gen and LEDs are enough.

Measure power in = 0 current ma. Power draining to ground around 100ma 4+v. Some of the LEDs are in series and some in parallel. Very interesting indeed.

Fausto.

[hartiberlin]

Hi Dr. Stiffler,

I was told about your work today.  I have been remiss on keeping an eye on Overunity.com lately.   Downloaded the base article from your home site and digested it.   Built it up (the simple circuit somewhat modified) and it works as advertised.  I believe this is the same device as shown on YouTube.

As I didn?t have the specified coil/core, I used a Ferrite magnet from a Bedini bicycle wheel motor, wound 300T #32 secondary, 50T primary. I have no idea if this is optimal or not.   1N914's feeding 10uf, LED in series with iron core MA meter across cap.  I left both other ends of primary and secondary floating.  NO measurable DC current in input side of circuit. I don't have an RF Ma meter to check the RF current but from other test, it would appear to be very low.  The circuit is excited via a small coil/470 pf in series from my HP-3312A sig. generator using only + output set to as high PP output possible and from there to the Ferrite coil.  Output around 27 ma @ 6MHz, second and third peak @ 8 and 10Mhz. Output is 30% higher using square waves.  Have tried every method of grounding, base plate, output, input, generator, etc.  All end up with degraded output.  I even put two diodes back to back in series with the input and it still works...a 50ua meter in the input shows no input current.  I realize we are working with RF here but this is something new.  I will say that the most simplified circuit is the 2-1N914's/cap LED circuit connected directly to +++ lead of the generator but only 6-7 ma that way peak and I suspect the base current without the ferrite effect.

This is most interesting work and I want to say thanks for taking the time to show it to us.  I also enjoyed the other research on your site.

Ben K4ZEP

Hi Ben,
welcome back.
Glad to see you over here and confirming the Dr.Stiffler experiments.

I hope you can also post a few pictures or videos of your experiments.

I havenow got myself a few 74AC14 hex Schmitt trigger ICs that can go up to over 20Mhz
in a simple square wave oscillator and also found an old radio I can rip apart.

Stay tuned for more test results from me too.

Regards, Stefan.

[FreeEnergy]

Newbie here. My first post. I have been reading this one project since the beginning. I have tried a variation of Dr's project and and up with something absolutely ultra simple. No other components but LEDs, all sort of colors and sizes and different specs. About 50+. All fully bright.

I use only a bread-board, function generator set to around 9Mhz. Only positive probe connected to circuit. No resistors, no transistors, no coils, nothing. One ground wire to neutral of house-power. Function generator powered by house or battery 12v with 300w inverter so that I could make sure there is no connection of the house ground with the probe.

I will post pics and video if anyone is interested. This was very surprising for me since I was looking to replicate this project and start very small and as I was doing I was simplifying even more to the point that only the function gen and LEDs are enough.

Measure power in = 0 current ma. Power draining to ground around 100ma 4+v. Some of the LEDs are in series and some in parallel. Very interesting indeed.

Fausto.

hi and welcome.

please post videos and pictures and diagrams if possible. thanks