- #1
chosenone
- 183
- 1
If a singularity is formed at the heart of a collapsing star to form a black hole,how does it happen.a pulsar or a neutron star is a failed attempt at a star creating one.so obviously matter is not compressed into a infinite single point.a neutron star is a compact planetoid of highly compressed matter.so if the star that created it was bigger what would have happened.matter at the exact center of the star must receive equal pressure from all points as matter is compressed.so matter just keeps building up,not get smaller.so as the core of the star reaches the size of a average pulsar or neutron star,then the singularity will form as it keeps getting compressed.so if matter sqeezed all the space out from between the atoms as it reached that size.then either the singularity formed inside solid matter with just gravity focused at the center,without warping spacetime around the infinite point of compressed matter,or spacetime folded around the neutron star or pulsar,as its the stars core.but then how would matter on the inside decompress matter if a neutron star still is compact matter in this universe.and its hard to prove matter is sqaushed into one point,because if all points around the core have equal pressure on them matter has to focus this pressure at this point in the center.one shift of the pressure on the outside of the core,shifts the pressure on this single point in the center,changing the focus of its collapse.its like the strongest man can't break an egg when he holds it right,whats thew difference.the big of a compressed matter core would have to have pressure change all the time to compress it by like kneading it into a smaller mass as its compressed.even still,the singularity forms under these conditions.