TLDR: New REBCO superconductor can operate with significantly less insulation, allowing them to be built much smaller. Thereby making critical space for other components.

From the article:

“The standard way to build these magnets is you would wind the conductor and you have insulation between the windings, and you need insulation to deal with the high voltages that are generated during off-normal events such as a shutdown.” Eliminating the layers of insulation, he says, “has the advantage of being a low-voltage system. It greatly simplifies the fabrication processes and schedule.” It also leaves more room for other elements, such as more cooling or more structure for strength.

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[–] vormadikter@startrek.website 4 points 9 months ago (2 children)

Did someone find the info, what "high-temperature" actually means? I must have missed that part in the article. Thanks in advance :)

[–] Fermion@mander.xyz 11 points 9 months ago* (last edited 9 months ago)

20 Kelvin, which still requires substantial cryogenic cooling systems but is much easier to maintain than 4 Kelvin liquid helium.

[–] ShittyBeatlesFCPres@lemmy.world 10 points 9 months ago* (last edited 9 months ago)

20 kelvins. It’s “high temperature” but only compared to the usual 4 kelvins needed in previous designs. (This isn’t another sketchy “room temperature” superconductor claim where the media is going to go ape shit and then we’re all going to be disappointed in a few weeks.)