:::: RSchlafly is absolutely right, as far as anything a graduate student could say might "validate" the statements of an actual PhD. But an additional argument: it wouldn't even be necessary to use astronomical observations to invalidate the theory of black holes. A large enough super collider - perhaps the LHC, perhaps a more powerful device - could discover a quark degeneracy pressure, or some other currently-unknown mechanism, which might offer a potentially infinite resistance to collapse, or, pressure so great at certain densities that an impossibly large amount of matter would be necessary to form a black hole. | :::: RSchlafly is absolutely right, as far as anything a graduate student could say might "validate" the statements of an actual PhD. But an additional argument: it wouldn't even be necessary to use astronomical observations to invalidate the theory of black holes. A large enough super collider - perhaps the LHC, perhaps a more powerful device - could discover a quark degeneracy pressure, or some other currently-unknown mechanism, which might offer a potentially infinite resistance to collapse, or, pressure so great at certain densities that an impossibly large amount of matter would be necessary to form a black hole. |