• @ZMoney@lemmy.world
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    651 year ago

    A schwarschild radius of 0.5 meters corresponds to about 56 Earth masses. So Richard must have accreted a bunch of mass before he collapsed.

    • KubeRoot
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      121 year ago

      Or maybe he accreted the mass after collapsing?

      Alternatively, maybe that’s just the weight of his massive ego?

    • @Holzkohlen@feddit.de
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      101 year ago

      Your mom is so fat, were she to collapse into a black hole her schwarzchild radius would be 0.5 meters. Does not quite roll of the tongue, does it?

      • @sinkingship@mander.xyz
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        1 year ago

        Not OP. What would evaporate?

        I think we don’t know anymore what’s going on with Richard. I believe he would consume Earth almost instantly, including all satellites and maybe the moon.

        Didn’t do the math myself, but internet says 1 G would be at about 48 km radius.

        • @TauZero@mander.xyz
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          61 year ago

          For an object heavier than the Earth, 1g radius will be greater than the radius of Earth. For 56 Earth masses that’s sqrt(56) times bigger = 48000km.

          A 56 Earth mass black hole will take 5.5e55 years to evaporate according to this calculator. A 100kg black hole (more close to what Richard used to be) is much smaller than the nucleus of an atom and will evaporate in 0.05 nanoseconds.

          Curiously there was a paper recently that calculated that even if there was a small black hole in the center of the Sun, it would take millions of years for it to grow, because the aperture is so small not much can fit through, and the infalling gas heats up so much as to repel the rest, creating an internal hot bubble.

          • @sinkingship@mander.xyz
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            11 year ago

            I am fairly sure Earth’s radius is somewhat 6 km, so something with an 48 km radius would be 42 km above Earth’s surface, where we experience 1 G.

            Can you explain please, where I made a mistake?

            • @TauZero@mander.xyz
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              21 year ago

              Can you explain please, where I made a mistake?

              Your mistake is thinking Earth is 6km in radius! :D 6km is how far you walk in an hour. Either you think Earth 1000 times too small or kilometer 1000 times too big.

              • @sinkingship@mander.xyz
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                31 year ago

                😁 whooopsie! Haha. Yeah, it’s somewhat 6000 km I mean. Sorry for my stupidity here today… Thank you very much for explaining my dumb mistake instead of making fun! Time to sleep now, I guess. Thank you!

  • (⬤ᴥ⬤)
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    421 year ago

    the cat is struggling to not fall in but tbethe people are unaffected, implying that either:

    1. Richard is capable of controlling their gravitational pull, and just hates cats
    2. The people have learned to resist gravity.
    • Wugmeister
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      141 year ago

      I think Richard is allergic to cats. Everyone knows that cats are attracted to people who are allergic to them

      • @AlolanYoda@mander.xyz
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        31 year ago

        The selective attraction exerted on the cat by the Richard black hole reveals that Richard is allergic to cats, as cats are attracted to people allergic to them [1].

        [1] - ThisIsAManWhoKnowsHowToGling et al., lemmy.dbzer0.com (2024)

    • Ms. ArmoredThirteen
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      31 year ago
      1. The cat had the zoomies, was running toward Richard, got spooked, turned to run away digging their carpet destroying knife hands into the carpet, and this is the still shot of them primed to reach escape velocity going away from Richard
  • @henfredemars@infosec.pub
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    301 year ago

    Richard must’ve been very dense. Now that you can measure from the event horizon, he could be surprisingly likable.

  • anar
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    81 year ago

    Black holes aren’t like magnets

    • @xenoclast@lemmy.world
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      1 year ago

      Hard to be completely sure… but an earth mass black hole is roughly an inch across.

      That’s probably a Jupiter mass black hole… things would be a lot more wild at that party.

      Honestly this is an event horizon… not the black hole itself and I’m too fucking lazy to do the schwazchild calculations maybe it matters at this scale… maybe not.