What happens to time at the edge of a black hole?

Near a black hole, the slowing of time is extreme. From the viewpoint of an observer outside the black hole, time stops. For example, an object falling into the hole would appear frozen in time at the edge of the hole. According to Einstein’s theory, time and space, in a way, trade places inside the hole.

Does time reverse in black hole?

As black holes have the type of gravitational field that Engelhardt first describes – one that intensely pulls matter together, reaching a point of infinite density – they epitomize a past holographic screen. Therefore, inside the perpetually disappearing darkness of the black hole, time runs backwards.

What happens if you live near the edge of a black hole?

Your life experience of time would be no longer than if you stayed at home. Being near the edge of a black hole accomplishes the same thing. This is well depicted in the movie Interstellar in which the space travelers spend some time near the edge of a black hole. When they return their children have grown up.

Does time stop when a particle enters a black hole?

Naively, this would seem to imply that a particle takes forever to fall into a black hole, which would mean that it becomes slower and slower as it approaches the event horizon. And as it would seem to imply that the particle comes to stop, some people say that “time stops at the event horizon”.

Can a black hole have a non zero gravitational acceleration?

And the only time division of non-zero constant yields zero is when you divide by infinity. And although black holes are super heavy, super badass and super black, they posses finite energy and therefore finite gravitational acceleration (even at event horizon).

Could an object ever cross a black hole event horizon?

If a black hole exists the event horizon is in a different time reference to all other objects outside of the event horizon. Does that mean that nothing could ever cross a black hole event horizon as from our reference (and the rest of the universe) the object will always halt at the horizon?$\\endgroup$