Black hole horizon

>>8580292
>I don't understand how black holes affects light when it reached the horizon.


https://en.wikipedia.org/wiki/Kepler%27s_laws_of_planetary_motion

If you're inside the blackhole, yes you can still see light, but everything would be extremely warped.

Light can't escape the blackhole because space itself is warped to such a huge degree that there is literally no way out of the blackhole.

I imagine it would be like staring at a fireball so bright your eyes burn out.

One day i was in the bathroom in a hot tub. Letting it empty.. The water whirlpool going down looked normal under normal light cond. Once i turned the lights off and turned the infared heat lamp on only basking the area in red glow a shadow apeared an inch away from the whirl.. It was the hidden shadow of the whirlpool.. It hit me. The black holes we see. Are just its shadow. And it is indeed a gravity whirlpool of sorts.. Try it

>>8580292
Truth is OP, we don't know. Physics sorta breaks down there. All that we know is there is a singularity inside, and crushing gravity. To answer this question definitively we would probably need a theory reconciling general relativity and quantum field theory.

Is the event horizon of a black hole a perfect sphere?

If it isn't, what sort of texture does it have?

>>8582313
The breakdown is at the singularity, not the horizon. We can make predictions for what should happen just inside the horizon, although testing them is a problem.

>>8580292
The event horizon isn't of much physical significance. Just outside the horizon things are the same as just inside the horizon.