I believe the density chances quickly to match Earth’s pressure.

But what else? Will it release energy enough to blow Earth up? Will its mass create some kind of an apocalyptical event?

  • Damaskox@kbin.socialOP
    1·
    1 year ago

    But the sun has fusion going on, while the neutron star doesn’t?

    I bet my socks that every element found on a neutron star is heavier than iron.

    • WHYAREWEALLCAPS@kbin.social
      3·
      1 year ago

      Gimme yer socks. Neutrons stars are composed of … wait for it … neutrons! Hence the name. The gravity is so intense that pretty much all electrons and protons have been smashed together to form neutrons. Any molecule with a mass of hydrogen or greater has been ripped apart and turned into neutrons.

      • admiralteal@kbin.social
        1·
        1 year ago

        There is a thin veneer of elemental matter – I think plasma iron (edit: close – it is degenerate iron plasma frozen into a crystal lattice) – on the crust of the star, it is theorized.

        But once you’re in the creamy center, you’re dealing with shit that does not fit on a periodic table. The stuff that neutron stars are made of is not molecular in any sense that you know it.

        I enjoy the theoretical nuclear pasta and nuclear lasagna of crystalized neutron matter.

        And some of the biggest ones may not even be neutrons anymore. The math predicts stuff like strange stars – exotic quark plasma – as we approach the physical limits before collapse into a singularity.

        Here’s the relevant PBS SpaceTime episode.

            • Damaskox@kbin.socialOP
              1·
              1 year ago

              I remember that (if any other thing about the environment didn’t kill us) the electric field would squeeze our atoms and make us into dust if we landed on a neutron star!