> As the temperature of a superconductor rises, however, particles jiggle around randomly, breaking up the electrons’ delicate dance.
hasn't this pretty much always been the crux - to fixate the particles?
while it's a nice achievement experimentally-speaking, is it really that surprising that materials immobilized by enormous pressures but at elevated temperatures exhibit the same behavior as if they were immobilized via chilling to near 0K? either condition is impractical to attain outside of a specialized lab.
hasn't this pretty much always been the crux - to fixate the particles?
while it's a nice achievement experimentally-speaking, is it really that surprising that materials immobilized by enormous pressures but at elevated temperatures exhibit the same behavior as if they were immobilized via chilling to near 0K? either condition is impractical to attain outside of a specialized lab.