"Smoking Gun" - finally!

[spinner]

"Smoking Gun - finally!"

Hmm, 0,2mV / 850kOhm? 

I suggest you change your thread title..
Sorry.

[PaulLowrance]

What's everyone's definition of "smoking gun."

PL

[PaulLowrance]

For me the "smoking gun" is what proves the concept. The first air plane, made by the Wright Brothers, had a top speed of 30 mph. It's unknown how far it would even fly, probably not very far at all.
http://en.wikipedia.org/wiki/Wright_Flyer

The first patented gas powered car produced 0.7HP. The first gas powered motor probably produced hardly no power and was lucky to even run.

The first electrically telegraphed message produced practically no power to speak of. Now we have megawatt stations, and even satellites.

I think there's a first for everything. The first air plane does not compare to a Jet or Airliner. The first car does not compare to a modern car. The first telegraphed message does not compare to a megawatt station.

One would think that people would be excited of t he first *proven* "free energy' machine, which is exactly what this is. According to the mathematics, it's possible to make diode array chips that produce Kilowatts.

PL

[sm0ky2]

the "smoking gun" is when you can have a diode-array power a small motor continuously.

what would it take? a shoebox full of diodes?
perhaps a coleman cooler?

an entire Garage???

3-4 million diodes might get you above the cut-off voltage of most LEDS,  but it could take a trillion more to achieve enough current to produce light.

suppose we were to start producing diodes on rolls of silicone foil,  trillions of tiny diodes per cm^3
what then? something the size of a volvo might power a computer?
and thats assuming that the EMF created by such a large array doesnt cancel out the effect.

[PaulLowrance]

Can you show where I can find that definition? I don't share your definition.

As far as trillions of diodes, like I said, modern semiconductor chip fabrication process deposits *all* of the material per layer at once. There's about 4 layers to make a simple diode. So the machines don't create each diode at a time. As far as the fabrication is concerned, it doesn't matter if there's a 1 diode on the chip or 10 trillion. All of the diodes would be made simultaneously.

PL