Selfrunning cold electricity circuit from Dr.Stiffler

[dean_mcgowan]

To all who are confused at why he doesn't go out and scream overunity, it's completely understandable. Perhaps he thinks that if he got all the attention he possibly could, and finds out later that he made a mistake about his invention or that it really wasn't overunity, he would become a public moron. Many scientists make mistakes, and it very well is possible that he could have made one. Everyone would agree that being a public moron isn't the best thing in this world to be, especialy when trying to invent something. You get shut down, and no one wants to help you. This is probably the best he can do. Get some public help, but don't make yourself a dart board for public interest. A compromise that should help him get his invention perfected, and if he makes a mistake, the entire world won't explode on him. I have some mental problems (i'm not retarded), and i'm very shy. I would probably do the exact same thing as him.

Whether he is hoaxing or not; there is no way to tell. So no conclusion about his intentions should be assumed. This is a powerful invention, and should be attended to with greate appreciation.

So if he was stealing lollies from children ... would explain it like this... the poor guy is just hungry ?

Give me a break  :S

[HopeForHumanity]

how does that connect??? Whats he stolen?

give ME a break...

[xee]

So far I have only been able to get about 8% efficiency with my home made coil. I have ordered real ones, I hope they will work better. 

[abassign]

Strange test,

I have made a test with the Thomas Oscillator circuit , as LED I have used 21 350 mA White Light ED  built by CREE.
For the spool I have used a cylindrical ferrite of 12 cm with and 0,8 cm diameter. The wrapping is composed with more 600 coils of 0,05 mm wire and the resistance of the the wrapping is of 350 ohm.
The primary is a wrapping composed by 8 coils of 0,4 mm.
I have also inserted a circuit to measure the current absorbed by the LED, do by a 1 ohm resistance connected to an oscilloscope.
In this configuration, the whole circuit absorbs around 150 mA at 10 V, the frequency of scillator is around 1 MHz, with a middle absorption of the 21 LED of around 10 mA (The 21 LED are connected in series, with a drop tension at least 60 V). Under these conditions the absorption of the whole circuit is of 10*150 mA - > 1,5 W. The absorption of the alone LED array is of 60 * 10 mA - > 0,54 W.
Some time, succeed in modifying the frequency of the oscillator, setting the hand on the wrapping in certain points, can modify  completely the situation:
The absorption the whole circuit drop to 35-50 mA (35 * 10 -> 350 mW or 50 * 10 -> 500 mW)
The LED array absorption increases thin to arrive to 20 mA (60 * 20 -> 1,2 W!)
Under these conditions the circuit seems to have a 200-300% efficiency, and the brightness of the LEDs increases accordingly.
To this point I believe essential to be able to modify the frequency of the oscillator circuit, therefore I ask you if someone can explain me whether to do.
So that can send a best documentation.
However they seem true two things:
1. The circuit works better with a LED array that has a tension of drop highter possible.
2. The Frequency is Fundamental!

Best regards
Adriano

[fritz]

I still think that the LEDs might have
special properties.....
Does this effect happen with LED array replaced by a resistor ?
Does it happen with old, less bright LED?s ?
Maybe as combination of the high frequency and rf(em) effects-
the efficiency of the LEDs goes up dramatically


rgds.