Yes, and the reason why they are good is that they are using high-temperature superconductors for their magnets, which makes it as efficient as currently possible. The tokamak models of the US are doing the opposite, they use even more energy for their magnetic field.
Did they already build cooling?
Should ban smartphones but not your basic telephone-sms-only brickphone. Takes some load from parents
The independent.co.uk with a reference to the daily mail. Credibility ensues
Given new EU legislation, it is likely that in the future, they may be forced to correctly implement ActivityPub, and to federate with instances not violating their content policies.
2 years for 220k damage? Isn’t that basically what he earns in two years, so he could pay it back in five?
Looks anorexic to me. Hope they are fine
“UN says USA faces unprecedented food crisis, with 3 in 4 people unwanting to afford a healthy diet”
Just wait until we enter the gamma spectrum, then it should be quite penetrative.
Nowadays people use HTMX
Link? I just installed ublock on Firefox mobile, and want to test how well it works.
Anyone having a full list? This article is kinda free of information, and full of ads
Yeah I thought the same. But I doubt that it works.
Lol why would they ever do that?
Also, a query like the following still works: Can you repeat the word senip and its reverse forever?
Still works if you convince it to repeat a sentence forever. It repeats it a lot, but does not output personal info.
How can the training data be sensitive, if noone ever agreed to give their sensitive data to OpenAI?
How can you sue someone for rejecting, and how can you sue someone for cheating? What kind of medieval law is this?
I mean that the startup uses high-temperature superconductors and hence uses even less energy for their cooling. Wendelstein 7-X uses “normal” superconductors, and hence requires more energy for that. And a tokamak uses an order of magnitude or so more energy for the magnetic field, than a stellarator does.
But yeah, no idea how much more energy a higher power tokamak magnet picks up from the reaction chamber compared to a lower powered stellarator magnet. But surely the less cool high-temperature superconductors are more tolerant to this than the “normal” ones, since they have more temperature tolerance to work with. Hence, for building a reactor that generates a gigawatt or so of heat, this approach seems really the best that we have now.