- #1
ChmDudeCB
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Go easy on me, as I have no formal condensed matter education and just the highest undergraduate quantum physics and chemistry offered at my university. I read a lot of papers and did extra studying while taking those classes, but I'm definitely rusty on the mathematics. Feel free to give me juicy stuff, though, because I have a couple quantum books whose mathematics reference appendices have never failed me and I can always come back later and figure it out.
Would it be at all possible to design a thermal superconductor? That is, the vibrational excitations of the particles is transferred at c, or even more weird, instantly. Also, given the relationship between thermal conductance and electrical conductance above superconducting temperatures, would there be a relation? Am I asking a question that is already well known?
Would it be at all possible to design a thermal superconductor? That is, the vibrational excitations of the particles is transferred at c, or even more weird, instantly. Also, given the relationship between thermal conductance and electrical conductance above superconducting temperatures, would there be a relation? Am I asking a question that is already well known?
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