Do black holes defy the laws of physics?

Nothing should be able to violate the laws of physics; if something does not follow the rules, the rules must be changed to account for the inconsistency.

A supermassive black hole is thought to be at the center of most large galaxies. Black holes are extreme objects that were predicted from the Schwarzschild solution to Einstein's General Theory of Relativity. Many people didn't think that they existed until evidence was found. A black hole could explain the galactic X-ray source at Cygnus X-1.

One problem with black hole theories is that they imply the existence of a singularity, which is defined as the point at which all of the laws of physics break down. A singularity is a point of infinite density and infinite curvature of spacetime, as explained by physicist Kip Thorne.

The black hole information paradox is another issue with black holes. It concerns the fact that, according to accepted physics, information about a particle's state is lost when it enters a black hole, despite the fact that Stephen Hawking is developing a new theory that suggests the information is somehow preserved at the event horizon.

It is evident that additional laws of physics are required to fully comprehend black holes, since anything that extends past the event horizon is unavoidably trapped and cannot be seen from the inside.

Thus, it can be concluded that black holes violate the known laws of physics, indicating a gap in our understanding of the physical universe.

No, black holes are consistent with general relativity and predicted by Einstein's equations; they do not violate the laws of physics.