Capiert Posted August 26, 2018 Posted August 26, 2018 (edited) Have you ever considered superconductivity might be a frozen magnetism (effect) in the cooling fluid, around a (super)conductor (catalyst)? E.g. The cooling fluid has frozen magnetism around near the superconductor surface. That (surface) acts as a catalyst or seed starter for magnetism (domains). The effect is external to the conductor, not internal; & it is (very strongly) magnetic on the outside of the conductor. The superconductor's surface acts as a catalyst to kickstart the magnetic fluid's field, dealing with frozen magnetism in a cold fluid, requiring different temperatures for various superconducting metal's surfaces. E.g. Normal non_magnetic materials such as fluids can be magnetized at lower temperatures with the appropriate catalyst surface & current thru the catalyst. It's a magnetic conduction outside of the wire (in the fluid) (similar to a high frequency skin effect; & larger conduction path around the wire having less impedance due to more conduction volume thru the fluid, around the conductor). Default answer is: no. I suggest that because when the temperature is raised, the apparatus explodes. Edited August 26, 2018 by Capiert -1
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