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Maybe also interesting in this context:

https://en.wikipedia.org/wiki/Wendelstein_7-X



If you understand German I can only recommend you give this interview a listen: https://alternativlos.org/36/

Edit: I should mention that it is about Wendelstein 7-X.


For those who don't understand German, this is an interview in English, also from someone at Max Planck about Wendelstein 7-X:

https://omegataupodcast.net/312-the-wendelstein-7-x-fusion-e...


That is very informative, thanks!


Thanks, knew this one already :)



And General Fusion still seem to be going: https://en.wikipedia.org/wiki/General_Fusion and claiming 2023 as a date for a working demo: https://www.nextbigfuture.com/2018/05/general-fusion-will-co...


GF recently redid their concept, because the previous one wouldn't work (magnetic fields were far too high, which would cause liquid metal to vaporize off the plasma facing surfaces, hopelessly contaminating the plasma). The new concept uses slower compression, and has a solid metal conductor down the middle of the chamber. This conductor would experience enormous neutron loading (it cannot be shielded from that by a thick layer of liquid metal) as well as enormous forces from magnetic fields up to 100T.

I give this scheme very little chance of being workable.


Can you share a link to the design changes mentioned?



Thanks!


and those :

https://lppfusion.com/

who make lots of reports and thus, are interesting to follow. However, I've no idea how serious they are...


They've gotten papers published in serious journals, and present at fusion conferences. That doesn't mean they're not a long shot but whether or not it works out, they're doing real science.




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