I hoped all checked out my web site on the Faraday Disk theory
for producing overunity. It analysis requires a very high B-Field
for producing overunity AND a high power output. Investigating
obtaining a very high B-Field, without saturation and heating, I
was thinking about superconductors.....
Let's say that the disk is made of superconductors and cooled
inside a sealed container and rotated. Would not the super
conductor normally produce a magnetic field, and when rotated
would produce an EMF across the axis to perimeter. We then
would have infinite power, because the EMF produces an inifinite
current due to zero ohm resistance. The problem comes in that
we need to 'suck' off the current with a load. The load, of course,
would posses a higher resistance - thus not infinite output current -
although it would be there to obtain....
Any thoughts?
v/r Ken Carrigan