OVERUNITY DEVICE

[TinselKoala]

I don't trust any measurement. Is it a self runner for start?

Of course it is. Isn't it?

That is, until you arrive with your ten large and your rentacop. Then it will be mysteriously broken, or awaiting a critical part, or he will be too sick to demonstrate it.

[MenofFather]

Hi All,
This device produces overunity in a rather different way. A lot more output than input.
I will sell the entire setup you see in this video to someone who is willing to part with $10,000 cash money.  Bring your own test equipment and any local police officer to conduct your own tests at my place in Michigan USA.  I must see your cash before we start testing. This is no scam or parlor trick folks.  Its the real thing. If it doesn't perform as stated you can leave with your cash and police escort.  OR   If you wish build your own as per what is shown on the video. You must use noted construction parts or dont expect the results I found.  Please contact me if interested.  Nay sayers not welcome or anyone just sight seeing without funds.
You can patent the setup your self or do with it whatever you wish once its sold.  In the meantime I have it entered for overunity prize money.  HERE IS THE VIDEO:
http://www.youtube.com/watch?v=0V1GichewSA

Shortly explain why in this vodeo is overunity?

[Magluvin]

Whoh, yep, missed that detail. When he pans down to the clamping zone, the vid seems to jump from showing the meter then almost instantaneously to the area where he clamps it. But then as it goes you see it. I assumed it was the wire going down to the led lamp(load) on the floor.

Yeah, that volt meter would have to be reading thousands of volts to get that much current moving through those leads. So if you clamp a wire in the opening of the jaw of the clamp, could a tiny current read as much as shown?

Mags

[synchro1]

Quote from above:

"Shortly explain why in this vodeo is overunity?"


Did you mean Voodooeo?

[TinselKoala]

Whoh, yep, missed that detail. When he pans down to the clamping zone, the vid seems to jump from showing the meter then almost instantaneously to the area where he clamps it. But then as it goes you see it. I assumed it was the wire going down to the led lamp(load) on the floor.

Yeah, that volt meter would have to be reading thousands of volts to get that much current moving through those leads. So if you clamp a wire in the opening of the jaw of the clamp, could a tiny current read as much as shown?

Mags

There should be essentially Zero, and by essentially I mean... really close to zero current in the voltmeter leads. The input impedance of an ordinary DMM's voltmeter setting is in the Megohm range, my old Fluke 83 is 10 Meg.

So do the math. If there were thirty volts applied to the voltmeter what is the expected current through it? I = V/R, so 30/10,000,000 = 3 microAmps.

Good luck measuring that with a Hall effect DMM clampon, while spinning a huge magnet with a huge pulsing coil of wire nearby.

Just keep pushing the reset button until you get a number you like, that's how to do it.

Clearly, you can get that kind of reading using his technique... he proved that much in the video, anyway.