Selfrunning cold electricity circuit from Dr.Stiffler

[armagdn03]

Very good post, everything you mentioned does have all of that in common. But lets not say they have no practical use??..I think that maybe sending energy to any distant point down one wire without losses is a pretty good practical use.  And if you are correct, then the feedback could be built into the system, and suddenly you have something similar to a TPU just disguised as something else.

Also, Faster frequencies are only one way to go about this. The goal is to compress and decompress the electron gas inside the conductor before it moves, we don?t have to go faster and faster though, we can also restrict the movement of the electrons, and use dielectrics instead of conductors. Ones with a high enough K values will have nice springy electron gas clouds that are very responsive, and will work even at lower frequencies. Also, we cannot be using sine wave frequencies! This is known, they are too soft and far from abrupt. Look at everybody who has successfully done one wire transmission, where they using sine waves? Or were they using a spark gap or pulse generator? Stiffler is an exception, but he is in the MHz range, Frolov has accomplished the same but at a 10Khz range, using pulses. These pulses are strong enough to rip electrons from neutral metal object.

Plus you will never see the electron sucking effect if you are using waves that oscillate between negative and positive, then you set up a situation where your one wire is sucking electrons from neutral metal, and giving them back in the same spark. We only want to collect them, one direction. This means using dc pulsed power.

[jonesbeene]

The cat is scratching to get out of Schr?dinger's bag...

EXCELLENT new vid with some cynical humor from Ron Stiffler (in response to negative quips by some naysayers) will be up on YouTube very soon.

http://www.youtube.com/watch?v=S6shraRAYCw

Dr.S keeps chopping off the skeptic's legs from under them, and they are now grasping at straws.

What will be their next objection to the looming possibility that there is new player in the field of EE: "cold electricity" ...

[hartiberlin]

Wow,
now it is clear that really the ferrite cores do the power
amplification.
Just using one wire would not be possible to do this otherwise !

The on/off  of the LEDs ir probably done by tuning the frequency
a bit up and down and each core has a slightly different resonance frequency
and Q factor, so be detuning too far away one LED is already going out.

[armagdn03]

DARN! i wish I could see the video, im at work though and my world is filtered.

[tao]

Thats better, BUT, it's time he did some real LOOPING or small battery testing.

Avramenko himself could send 1 KW down a single wire easily, even through non conductors, but that is TRANSPORT.

I reference Avramenko, because Stiffler is showing only the single wire connecting to his circuit and almost implying that because of this 1 wire, OU is evident. I am only saying, sure, there might very well be OU, and even OU in Avramenko's setups (WHEN CONFIGURED RIGHT), but until we get something more concrete like powering his circuit off a very small battery for a long time, or looping, then his LED lighting effect might be nothing other than simple Avramenko 1 wire energy transmission.

2 cents for now...