Hi Remi, If you have managed to stay on vortex long enough to consider a certain question releating to your prior (non propulsion) ideas, here it is:
Since you have been playing around with the Neel temperature and the related frequency near 100 Ghzin the "phase Transitions" paper of 2 years ago), I have recently and coincidentally wondered about a certain similar application. For those on vortex who don't recognize the Neel temperature, it is analogous to the Curie temperature and the temperature at which an antiferromagnetic material becomes paramagnetic - that is, the thermal energy becomes large enough to upset the magnetic ordering within the material. But unlike the Curie temperature, it can (probably) produce results in an adiabatic process (in which no significant heat is gained or lost sequentially by the system). Have you considered this in regard to Mark Goldes' Ultraconductor? http://ultraconductors.com/primer.html which, one can assume, would show unusual magnetic ordering properties when placed in the path of magnetic flux between a strong magnet and a coil, such that irradiation of the ultraconductor by even milliwatt pulses of RF at 100 Ghz should alter the flux patterns enough to produce fairly intense current in an adjoining coil? Regards, Jones Beene
