… if true, this is one of the big ones. Like the discovery of atomic fission, which led to power plants and bombs.
This one leads to a lot of sci fi shit. We could never transfer energy without losing a big chunk of it to waste heat, waste that builds up and ruins everything eventually. This has held back electronics, and really almost all electrical applications for a long time.
This would fix that. Room temp superconductor is your phone no longer getting hot, your computer no longer needing a fan system. It’s also easy maglev and small supercomputers.
Cool! Next, practical applications.
Quantum Locking and actual Hoverboards perhaps? There’s a huge “if true” in the way however.
Wouldn’t hoverboards still require some magnetic track to work?
… if true, this is one of the big ones. Like the discovery of atomic fission, which led to power plants and bombs.
This one leads to a lot of sci fi shit. We could never transfer energy without losing a big chunk of it to waste heat, waste that builds up and ruins everything eventually. This has held back electronics, and really almost all electrical applications for a long time.
This would fix that. Room temp superconductor is your phone no longer getting hot, your computer no longer needing a fan system. It’s also easy maglev and small supercomputers.
That’s the caveat, if it’s true. If it is? Future’s sounding much brighter.
Also, TIL not to lead with a pun.
Big caveat. This paper has not even been peer reviewed yet. Then has to be proven it can be replicated.