What are the differences between singularities inside neutron stars and black holes from an objective perspective?
Neutron stars and black holes both involve extreme conditions, but they differ in key ways. Neutron stars result from the collapse of massive stars, with their core supported by neutron degeneracy pressure. Black holes form when massive stars collapse beyond a critical point, leading to a gravitational singularity surrounded by an event horizon. Neutron stars have a solid surface, while black holes lack a surface and have a point of infinite density at their singularity. Additionally, black holes exhibit stronger gravitational effects, including an event horizon from which nothing can escape, not even light.
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