I built a nuke that increases the pressure wave of the blast at the sacrifice of temperature, could be useful. id:1468655
Either way, it would still be a fluid.
@ShadowPlasma yes, I haven't been on tpt for a while, but I will do that soon.
it can exist through mass effect fields that keep it in the right conditions.
Did you get my private messages,the_new_powder99999?
Actually, the mass of a neutron is comparable to that of a proton, so gravity remains a constant. While a neutron star wouldn't have rigid surfaces, it would still be solid due to it having mass. Now, on smaller scales, the effects of gravity would be miniscule, so it probably wouldn't form a solid. Anyway, there is conjecture that neutronium can't even exist outside of a neutron star, so this is a non-issue.
its my birthday in 3 days!
a neutron star is the most densest thing in the universe except from a black hole and anyway a neutron star is entrely made of neutrons so it cant make any solid form as it has no protons or electrons to turn it in to any useable element.
Realisticly it weighs nowhere near as much as a planet, nor a neutron star. Imagine 5 of the ships with non-layered armour, that is roughly the weight of the ships, to be even comparable to the weight of a planet you would need over a billion (probably even more) layers.
Compression armor is not alloy it scaled down version of a neutron star. To give you an example, the The Sphinx weighs as much as the planet being onle 555 long. The end result pushing it with nuclear explosions is invalid. Real armor id:1440194