> OTOH,
>
> If two superconducting loops with radius r (meters) were spaced at a distance
> D (meters) where Capacitance C = .1.0e-12/ [3.2572 x ln D/r] Farad/meter,
> and inductance L = 1.0e-7 x 4.6229 x ln D/r Henry/meter ending up with
> an impedance (L/C)^1/2 of 377 ohms were tweaked with a battery pulse, they
> should oscillate indefinitly at a frequency of 300 MHz/meter of circumference.
>
If you can get 10 Kw of energy in a loop about 314 meters in circumference
300 MHz/314 Meters = 955 KHz, and the direction-pulse "polarity" is right
you should be able to go weightless without spinning a humongous
magnet-flywheel at the destructive rpms that Jones and Terry are contemplating.
If it don't flip over and crash.
Fred Manic from too much Birthday cake. :-)
