Research a la stif...er....Ed gre..uhm...Tesla!

[armagdn03]

A few of you may have noticed that I stopped posting a bit back. Well I decided (while out of town on business) to re-read every archived document I had that I felt was relevant to specifically cold electricity, not just OU in general.

What I found was that my first time through these documents, i had bits and pieces of knowledge, and nothing really seemed to add up to form one coherent picture. When I went back and read them, I found that it all seemed to make perfect sense, and things seem more clear to me now than ever before.

I went home, tinkered for about a day, and produced a singular stinging shockwave................

At this point I litterally took a 10 mile walk to think. and what I decided was that I didn't wan to go anywhere after this point without the involvement of others.

I would like to propose a group effort for research in the spark gap / apparent negative resistor (note apparent) department. Of course, maybe only a few are interested, but I am dead serious. I even have extra capacitors I would be willing to mail to people free of charge if someone were so inclined to help out in this effort.


We have spent too much time speculating and bullshitting.

The Dr. Stifler thread has made marvelous progress along these lines, and I believe we can do one better. (for he is working with simulated solid state spark gaps with very interesting, though less powerful results)

If you are interested in helping out I would love to hear from you, soak up your knowledge, and work in a collaborative effort towards a common goal.

I would like to start very slow, from the beginning, and see if we cant get at least a good inch or two ahead of where we are now.



if nothing else we can maybe categorize and document some good information for others to follow, information and pathways it has taken me years of research to find.


Take care my brothers in arms!

[Grim]

I am listening dude.

What have you been thinking? I am curious about your line of thought int the spark gap thingy.

What is it? Got a link?

[fritz]

Hmmm...

If energy is transformed from one frequency and time domain
into another frequency and time domain with an almost "passive"
looking circuit - than we need some negative resistance to compensate
the losses of the lc circuit.
There are lots of diodes - impatt- , gun -, esaki -, avalanche- , tunnel - which have
a differential negative resistance if correctly biased.
This diodes transform the energy sucked from DC bias current into
the target frequency.
Another chance is that ferromagnetic material might have
"inverse hysteresis" effect which causes something similar.

http://scitation.aip.org/getabs/servlet/GetabsServlet?prog=normal&id=APPLAB000086000006061113000001&idtype=cvips&gifs=yes


rgds.

[BEP]

Hmmm...

If energy is transformed from one frequency and time domain
into another frequency and time domain with an almost "passive"
looking circuit - than we need some negative resistance to compensate
the losses of the lc circuit.

How about the negative GMR being seen in green, blue and white organic LEDs? This is not a new finding. Just not well explained.

BEP

[MeggerMan]

I went home, tinkered for about a day, and produced a singular stinging shockwave................

Hi,
Is this unusual in that the power input you were playing with was very small?
What did the shockwave feel like?
A few other people have experienced similar effects when playing with certain frequencies fed into a TPU.
It would be interested to see what your tinkering involved.
When experimenting with OU, its always possible that many have missed the overunity results because they failed to convert the output into a usable form.
Regards
Rob