The universe’s hidden mass may be made of black holes, which could wobble the planets of the solar system when they pass by

Black holes the size of an atom that contain the mass of an asteroid may fly through the inner solar system about once a decade, scientists say. Theoretically created just after the big bang, these examples of so-called primordial black holes could explain the missing dark matter thought to dominate our universe. And if they sneak by the moon or Mars, scientists should be able to detect them, a new study shows.

  • Gork@lemm.ee
    6·
    2 months ago

    What would happen if one of these tiny black holes hit Earth? The article doesn’t really talk about it.

    • Donjuanme@lemmy.world
      163·
      2 months ago

      Absolutely nothing.

      Also not sure why they wouldn’t evaporate nearly instantaneously. Sounds to me like more dark matter bunk.

    • deegeese
      117·
      2 months ago

      Passing near the earth, we’d get some strange tides. Passing through the earth, it would eat earth.

      • Rhaedas@fedia.io
        141·
        2 months ago

        Nonsense. The event horizon on such things is incredibly small, as is the mass vs. that of Earth.

        • deegeese
          33·
          2 months ago

          You don’t need the event horizon, you just need local gravity around 1G. For the masses described in the article, that radius is from hundreds of meters to 10s of kilometers.

          • Rhaedas@fedia.io
            3·
            2 months ago

            Which still wouldn’t do what you suggest. The mass is the same, so it has the same effect from a distance. Unless by “eat earth” you meant it would take in dirt until it suck to the core, still about the same mass.