Here’s what’s different from last time:

  • it’s more like “room temperature” than room temperature, the paper says 250K which is -23 C.

  • it has already replicated, with two separate labs in China confirming the results.

  • The chemical difference appears to be that this thing has sulphur where LK-99 did not.

    • ☆ Yσɠƚԋσʂ ☆@lemmygrad.mlOP
      171·
      1 year ago

      There are tons of useful applications for superconductors that are impractical to do currently. Some examples, include cheap magnetic levitation, fusion containment, computing, power transmission, etc. Finding a superconductor that works at roughly room temperature and ambient pressure has been the holy grail in material science for a little while now. Basically, it would be a huge breakthrough that could allow a lot of new tech we can’t currently make.

    • Flamingoaks@lemmygrad.ml
      4·
      1 year ago

      nothing, ceramic super conductors that operate at “high” temperature have been known about for decades this one has a particularly “high” temperature but its not significantly higher such that it would make a difference. people care about super conductors because they are conductors aka they wanna make cables out of them and u cant make a cable out of ceramic, and this is a ceramic material. i mean its so brittle they couldnt even make a full puck of it for their big headline picture.