• UraniumBlazer@lemm.ee
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    4 days ago

    Us developing an actual black hole would be one of the best things humanity has ever done. It would kinda be like inventing techniques to make fire.

    We could throw shit around the orbit of the black hole and get fusion. Not just deuterium fusion! Even proton proton fusion. Our energy needs would be solved practically forever.

    We could conduct a crazy amount of experiments on the black hole, see quantum effects of gravity and whatnot.

    Maybe we could build one of em Alcubierre drives that don’t need exotic matter?

    • Nougat@fedia.io
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      4 days ago

      Can you imagine what a “black hole fusion accident” could look like?

    • almost1337@lemm.ee
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      4 days ago

      Pretty sure any black hole we create would evaporate from hawking radiation before it could be used for anything outside of research.

      • Droechai@lemm.ee
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        4 days ago

        If we could make Jupiter a black hole, would that be stable enough to not radiate away? Other big body we have access to is the sun and I feel we would suffer more side effects of turning that into a hole compared to Jupiter

        • psud@aussie.zone
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          1 day ago

          If Jupiter was compressed to a black hole it would be 2.8 metres across and would last longer than the Sun

          • bleistift2@sopuli.xyz
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            4 days ago

            Replacing Jupiter with an equally massive black hole shouldn’t make a difference. We’d only have one bright dot less in the night sky.

            • pixeltree@lemmy.blahaj.zone
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              3 days ago

              Except squid aliens will develop a way to move it and annihilate several planets on its way to Super Earth. RIP Angel’s Venture.

              (This is currently happening in helldivers 2, we turned a super bug infested planet into a black hole and now the illuminate are steering it towards earth)

          • Droechai@lemm.ee
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            4 days ago

            The sun is debatable, since I think we already use it’s photons both for photosynthesis in plants, heat (although we could get infrared warmth from the hole) as well as other benefits

            Why shouldn’t we holify Jupiter? It would be a testament to our technological progress as well as helping us study black holes "close"ish by rather than in labs

            • jaybone@lemmy.world
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              4 days ago

              Sometimes our technological progress makes us do things we think are a good idea at the time. Then like years, decades, centuries, millennia later we realize it was not such a good idea after all.

          • mbfalzar@lemmy.dbzer0.com
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            4 days ago

            Wouldn’t a Jupiter-mass black hole have the same gravitational effects as Jupiter and absolutely nothing would be affected?

            • Feathercrown@lemmy.world
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              4 days ago

              If you were very, very close to it, not exactly, since Jupiter’s mass is more spread out, making the gravitational pull slightly weaker at close range. But for practical purposes yeah nothing would change for us other than space debris being flung around it instead of hitting it.

            • spooky2092@lemmy.blahaj.zone
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              4 days ago

              My point was more that we’d probably have to increase the mass to be able to make it a black hole, as we don’t have the ability to compress it to a singularity.

          • Soulg@ani.social
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            4 days ago

            Black holes aren’t vacuums, nothing would change if the mass was equivalent

    • scaramobo@lemmynsfw.com
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      4 days ago

      One of the first things we will use it for is to make a new weapon of mass destruction. Mark my words.

    • FiskFisk33@startrek.website
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      4 days ago

      Tiny black holes are the kind of thing that physically cant exist for more than a few like picosecods or something ridiculous like that before evaporating into radio waves.

      • UraniumBlazer@lemm.ee
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        4 days ago

        We kinda don’t know for sure though. The tinier the black hole gets, the more it enters into the realm of quantum mechanics. We have no clue how quantum gravity works, so ¯⁠\⁠_⁠(⁠ツ⁠)⁠_⁠/⁠¯

        • AEsheron@lemmy.world
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          3 days ago

          Pretty sure the whole point of this article is we have confirmed tiny black holes do rapidly evaporate. We’ve theoretically known that any black hole just about our sun’s mass or smaller will spew more Hawking Radiation than it can consume mass and will shrink. And this process should accelerate as the mass shrinks. This seems to be the first expiremental evidence to support the well established theory.