Originally posted by Bugfly
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Convention would seem to say that the input of the energy will heat the plate and that the rise in temperature will correspond to a loss of antiferromagnetism. The assumption here is that antiferromagnetism is the root source for the levitation effect because in antiferromagnetism there is an ordered structure to the spin states.
However the first problem with that explanation is the reason for heating seems to not hold up as there appears to be ample conductive material in the High Voltage Plate, and we have no evidence of heating without our own means of testing the machine, and another problem is the plate would seem to be working well above it's antiferromagnetic Neel Temperature to begin with; which I believe is 14F for aluminum. So let's assume for the moment that this hypothesis I constructed has too many holes which cannot easily be explained away.
I think you have an idea worth following. Just realize the explanation I'm handing out is drawn out of pure convention. Do not think we are in disagreement. I am much more in tune with what you're saying. So continue if you have some existing ideas to explain the loss of electrons, or are you thinking this is like a saturation point where there just cannot be any more electrons put into the material? I of course have some ideas on this myself.
Such a big speed!!!
Additional electrons injected into the disk are not part of the crystal lattice. And they can be freely moved. Moved as surface layer. I hope it is clear now that we need not kacher, we need an Tesla transformer with a rectifier at the end. A rectifier is needed to pass only a stream of electrons to the disk, and in the case of a reverse AC wave no electron should climb back from the disk to the tesla transformer. The more injected electrons on a disk, the better it will all work. In practice, I have never dealt with Tesla transformers and I don’t know if a standard high-voltage diode will work here. But in the times then Tesla buil all his machines (approximately 18xx-1917) there were no diodes. And all the rectifiers of that time, and perhaps today rectifiers to, can't stand hundreds of thousands of volts. I started browsing the site 
In short, we perceive only what you can check for yourself. I apologize again if I hurt You...
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