• sit@lemmy.dbzer0.com
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    3 days ago

    Didn’t read the article.

    I have no clue wtf that technology is in detail but wouldn’t it be easy to have a longer reaction time by supplying enough energy? The news should not be how long the reaction lasted but how long it lasted selfreliant.

        • blind3rdeye@lemm.ee
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          1 day ago

          Seems like the person wants to learn something, but with zero effort. (i.e. won’t read the article; and certainly won’t look for additional context or information.) So maybe it would be better to post the question into an AI chatbot. You can just ask whatever question, and get some plausible but possibly-bullshit answer; then feel good for satisfying your curiosity.

        • brad_troika@lemmy.world
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          2 days ago

          I haven’t read the original comment and don’t know anything about how conversations work but would it not be easier to Google chatgpt?

    • vithigar@lemmy.ca
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      3 days ago

      I read thorough it for the details.

      It was net negative power, requiring 2MW of power to maintain fusion. The major achievement of this particular experiment was doing so without the fusion reaction damaging the containing assembly.

      It was purely a test/demonstration of the containment of fusion-like conditions.

        • Omega_Jimes@lemmy.ca
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          2 days ago

          You need to be the right amount of high to properly understand fusion. Too far either way, and it doesn’t make sense.

          • Cocodapuf@lemmy.world
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            2 days ago

            Eh, fusion isn’t that complicated. You push things together and heat them up until they get even hotter on their own. That’s all that’s happening.