Is gravity past the event horizon of a black hole explained by general relativity or quantum mechanics?

Not even gravity is settled…

According to the theory of general relativity, gravity increasingly distorts space and time as you get closer to the center of the black hole. This is often visualized as a “funnel” where the sides of the funnel get steeper as you approach the event horizon.

In the theory of relativity, this region is predicted to contain a singularity, a point of infinite density and gravitational force, which would be surrounded by a region where space and time are distorted in such a way that any object or particle is inevitably drawn toward this singularity once it has crossed the event horizon.

However, quantum mechanics predicts that such singularities can’t exist, leading to paradoxes that are still unresolved, such as the information loss paradox. This is a major area of study in theoretical physics, with theories like string theory and quantum loop gravity aiming to resolve these paradoxes. nostr:note192clafqep3ynwsa8zezx6wxkpusdsmfzedqu0uy5h60fhx0prqrqdc2gak