This could be the world's first nuclear fusion power station

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  • Опубликовано: 24 ноя 2024

Комментарии • 38

  • @johnh6245
    @johnh6245 Год назад +3

    The physicist in charge of MAST is being ingenuous in stating that the JET experiment produced more energy than was put into it. This ignores the energy used to run the experiment; in the end the machine efficiency was about 1%. Since an electricity producing reactor such as STEP will need an machine efficiency of about 30, an improvement of some 3000 times is needed. No one has outlined how this will be achieved.

  • @Paul-e9x4h
    @Paul-e9x4h 2 месяца назад

    dalam proses reaksi fusi didalam tokamax ini dimana gas hidrogen dan hellium bermanifestasi dan berubah bentuk mungkin perlu diamati untuk menghasilkan bentuk produk yang akan dikemas

  • @StitchesLovesRats
    @StitchesLovesRats Год назад +2

    I used to work near that power station, passed it 5 days a week.

  • @williamwilliam
    @williamwilliam Год назад +4

    Sounds more like a money-making scheme for some people churning out promises and breakthroughs to government & investors which takes like forever to materialize and then abandoned all together.

  • @HerveMendell
    @HerveMendell 6 месяцев назад

    My proposal is to use hamster power. When they run on their little wheels, they could spin magnets which could create electricity. You could have wharehouses with millions of hamsters running on the wheels. Actually, you don't have to use hamsters, you could use rats, because they are so common, especially in cities. Also, you could feed them garbage, especially food waste from resturaunts. If anyone is inspired, go ahead and steal my idea.

  • @RonaldVankuyk
    @RonaldVankuyk 6 месяцев назад

    Oi chief use the heat to distill water ( 2 to or d3 tritium)but hydrolyse it at 30 k temp portable power thats the game cheers einst prof dr and teacher einst

  • @miinyoo
    @miinyoo Год назад

    I don't get it. The central transformer is the main source of inefficiency in the Tokamak design. That, drift losses and density limits. Why still pursue the design when stellarators are functionally superior? Well, they're orders of magnitude harder to build but once a design works, just make a whole bunch of them.
    I'm really interested in Germany's W7 and future 4 twist designs which seem much simpler to manufacture.
    Dangerous radioactive waste from fission is solved. You simply burn it in a different type of reactor. The only thing holding that back is politics, not science. Brings the actual useless waste down to 300 years of impactful radioactivity that needs glassing and then storage. That's a lot more manageable.

  • @chuckcoleman6502
    @chuckcoleman6502 Год назад +3

    Too bad there isn’t enough tritium to run this. Canada will be happy to sell all 25kg that it has, which isn’t enough to test a tokamak. Adding lithium blankets doesn’t help much because they simply can’t produce enough tritium. Adding a beryllium inner blanket to multiply neutrons with result in tremendous radioactivity due to the uranium impurities in the purest beryllium reasonably obtainable.

    • @johnh6245
      @johnh6245 Год назад +2

      This is all absolutely correct. Besides the tritium, one might ask where the STEP reactor will obtain the necessary lithium with isotopically enriched Li-6 of which many tonnes will be needed. These are the questions that the very patient interviewer needs to go back and ask.

    • @TimSmith-vl4qk
      @TimSmith-vl4qk Год назад

      core implosion in ten seconds

    • @JohnSmith-pc3gc
      @JohnSmith-pc3gc Год назад

      A Tokamak plasma has about one ten thousandth of a gram of Deuuterium/Tritium.
      If they have to come up with a long list of improvements to make it practical, using pure Deuterium is probably near the top of the list. Hopefully they will get it working before the next ice age arrives which is the real climate issue.
      ruclips.net/user/shortsDaoS9cYE1ZM?feature=share
      ruclips.net/video/vzGPq9LSjEw/видео.html

    • @stanleydavidson6543
      @stanleydavidson6543 Год назад +1

      We can make it by using lithium in reactor cores then you have tritium

  • @Justwantahover
    @Justwantahover Год назад

    It's like alchemy was centuries ago. 😅

  • @TimSmith-vl4qk
    @TimSmith-vl4qk Год назад

    what happens if the reactor suddenly fluctuates and goes super nova

  • @thrunsalmighty6863
    @thrunsalmighty6863 Год назад

    Bad decision. Fusion is horribly complicated.
    Molten Salt reactors are elegance itself.

  • @Telencephelon
    @Telencephelon Год назад +1

    Why are you distributing s/o elses videos here?

  • @ВладимирВласов-х4г

    These people will never make a commercial fusion reactor. They don't know or understand how to make one.

  • @atypocrat1779
    @atypocrat1779 Год назад +1

    Pipe-a dream-a

  • @buixote
    @buixote Год назад

    Michiyo Kaku is a nuclear physicist who trained with Madman, Edward Teller, father of the Hydrogen Bomb. Dr. Kaku is anti-nuclear, for reasons which he is eminently qualified to explain. Dr. John Gofman was an earlier player in the "nuclear game", who came to realize the dangers of nuclear weapons/power, and denounced our Government's corrupt relationship to the Corporations who have foisted this horrible disaster upon us.

    • @russhamilton3800
      @russhamilton3800 Год назад

      Michio Kaku lied on national TV saying the fuel of NIF is seawater.

  • @thrummer1953
    @thrummer1953 Год назад

    Is this for Real?

  • @808bigisland
    @808bigisland Год назад +1

    Seen alien ships. None run on fusion. Fusion is going nowhere.

    • @you5711
      @you5711 3 месяца назад

      You've seen alien ships?? And, none run on fusion? If alien ships don't run on fusion, then what do they run on? As long as we're on the subject of alien ships, please tell how they're able to manipulate gravity.

  • @moltoniron633
    @moltoniron633 Год назад

    😏