I'm glad this was reposted because I missed replying to it the first
time.
I have no idea on this but it reminds me of the room temperature
superconductor made of layered bismuth... Ron Bourgien, somthing like
that, was the inventor... I have a Rex Research infolio on it
somewhere, the abstact is in the Rex catalog.
I could be very wrong, for one, I'm just guessing, but it struck me
that the bismuth type was utilizing it's value as a capacitor,
superconducting along induced feilds, things like that...
I honestly haven't paid That much attention since Ken Whiteside's
article in Omni a few years ago talking about how any surface would
serve as a superconductor... dawns on me the difference in behaviour
of the electricity would be due to reactance and the high frequency,
since it has little to do with the conductor...
I mean, reactance should cover if a circuit, or conductor, shows
resistance at low frequencies, that at high frequencies, this should
change... shouldn't it?
Something Tesla had been saying a hundred years ago pretty much... I
keep wondering if this thought isn't in use somewhere in high tension
wires already somehow...
Well, that, and there was a Rex paper that touched on how wires
stretched out at a certain height, six inches I think, over a certain
distance would tap free electricity from the earth's magnetic feild.
Actually, the greater the height, the greater the potential, is what
I've always been taught...
Sooo... is more power leaving the power grid than actually coming in,
I wonder... and occasionally when I'm really paranoid, I wonder if
this isn't what happens to the ozone... or maybe more correctly, the
magnetic feild that might be holding the ozone in place... for all I
know, the ocean brews a lot of CFC's and always has... it's a big
beaker with catalysts coming out of volcanic vents and things, innit?
Anyway, maybe we Should be talking about "superelectricity" by now
instead of "superconductors"?
Best Regards,
"chroni apolloni"
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