>That's the trouble, isn't it. Too much talk and not enough ACTION.
For sure!! Let's discuss, at Length, where we'll hold a beer party
someday in distant furture.....
>>>I have been sold on this as a very promising technology. Seems like a
>>>gas filled tube, excited to glow, then stimulated with high intensity
>>>magnetic spikes would channel these electrons to a tap....comments?
>
>>Sold as in 1995, what about 1998? How do I go about generating
>>magnetic spikes.... to start experimenting...
>
>Just as an initial suggestion if you're still lurking the rife-l list;
>I recall some time back someone talking about wiring a coil in series
>with the discharge tube in a disposable camera and triggering the
>discharge repetitively. This should give a fairly "spiky" mag field.
Very good! What I'm looking for is a B-Field .2T or higher (preferable
1T). Spiking the magnetic field should work nicely, as I can capture
events in >10nS in length. Should do for proof of principle.
Was contemplating last night on the F/q = (E + v x B) equation and
the different configurations that energy/charge can be collected.
I finally came to the conclusion that this was not the way to obtain
energy, cause the wire/conductor has to be in motion and therefore
requires brushes/friction/etc... What we really need is a swirling
B-Field or dynamic magnetic field. This is what current through a
wire gives off. This is why we need to spin magnets, in order to
get it dynamic. I'll contemplate more until I can find some experiment
where brushes aren't needed. I was even thinking of making the
B-Field oscillate in the MHz to inductively/capacitively extract charge
without brushes. I believe Testatika device uses capacitive coupling
to extract charge. This might be the way to achieve overunity... as
the guys who designed it are not going to tells us - we have to figure
it all out....
v/r Ken Carrigan