For last few months I've been wondering if there is limit to how matter/energy can be compressed inside black hole.
Current understanding (AFAIK) says that when you you pass Chandesekar's limit and Tolman–Oppenheimer–Volkoff limit there is no force stopping the colapse. However question is: Does Pauli's exlusion applies to unbound quarks directly?? If so, that maybe under event horizon we have an object consisting only of quarks (massive neutron analogue?) held stable by gravity.
What do you think?? (If my train of thought is wrong please point it out)
Current understanding (AFAIK) says that when you you pass Chandesekar's limit and Tolman–Oppenheimer–Volkoff limit there is no force stopping the colapse. However question is: Does Pauli's exlusion applies to unbound quarks directly?? If so, that maybe under event horizon we have an object consisting only of quarks (massive neutron analogue?) held stable by gravity.
What do you think?? (If my train of thought is wrong please point it out)
Last edited: