Superconductors can make very powerfull lossless conductors, and therefore powerfull magnetic fields. Which is great if you need to contain a fusion reaction. Also not needing to cool one side to near 0k and the hot side to millions of degrees helps viability of fusion.
Processors basacally convert almost all power into heat by resistive losses. With room temparature superconductors you'll only consume energy on the state changes of the processor.
With this superconductive material you could create loops of wire (like a resistor) but instead it would store energy practically lossless in a few seconds.
Superconductivity up to 100c and 1bar would be a historic moment in human ingenuity.
Processors basacally convert almost all power into heat by resistive losses. With room temparature superconductors you'll only consume energy on the state changes of the processor.
With this superconductive material you could create loops of wire (like a resistor) but instead it would store energy practically lossless in a few seconds.
Superconductivity up to 100c and 1bar would be a historic moment in human ingenuity.