WHAM: Wisconsin High-Temperature Superconducting Axisymmetric Mirror (wham.physics.wisc.edu) 38 points by peutetre 1y ago ↗ HN
[–] 1attice 1y ago ↗ "WHTSAM"? [–] IAmGraydon 1y ago ↗ Yeah didn’t you know you can just leave out whatever letters aren’t convenient for your backronym? [–] Bluestein 1y ago ↗ They style it "Wisconsin HTS Axisymmetric Mirror" so seeing it like that, the acronym works.- [–] nosrepa 1y ago ↗ In Wisconsin, you can also have more lakes by just defining smaller bodies of waters as lakes.
[–] IAmGraydon 1y ago ↗ Yeah didn’t you know you can just leave out whatever letters aren’t convenient for your backronym? [–] Bluestein 1y ago ↗ They style it "Wisconsin HTS Axisymmetric Mirror" so seeing it like that, the acronym works.- [–] nosrepa 1y ago ↗ In Wisconsin, you can also have more lakes by just defining smaller bodies of waters as lakes.
[–] Bluestein 1y ago ↗ They style it "Wisconsin HTS Axisymmetric Mirror" so seeing it like that, the acronym works.-
[–] nosrepa 1y ago ↗ In Wisconsin, you can also have more lakes by just defining smaller bodies of waters as lakes.
[–] gweinberg 1y ago ↗ 10 million is chump change. I can't afford it myself, but there are a lot of houses around here that cost less.
[–] api 1y ago ↗ It'd be interesting if even older fusion ideas like magnetic mirrors work fine if you just pair them with sufficiently powerful magnets that we did not have the technology to build back when we first tested them out.
[–] spmadden 1y ago ↗ 17T magnets are insane. Like, if you thought a MRI magnet is strong, these are several times stronger.
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