[pontifier]

At the event horizon of a large enough black hole, the tidal difference in gravity between your toes and head shouldn't be noticeable. There shouldn't actually be anything special about falling through the event horizon when looking at yourself.

Outside though, you'd see everything start to blue-shift. Things below you would blue shift back to normal, and the universe above you would blue-shift and speed up until you'd see the heat death of the universe. Anything falling in after you would red-shift again as it approached to match your "normal" rate of time. Critically this would include any light or other particles, so it might be very hard to survive.

No matter how fast you go or how weird the space time you are in, your local clock should still tick steadily to you, and you wouldn't notice anything weird.

[paulmooreparks]

> There shouldn't actually be anything special about falling through the event horizon when looking at yourself.

If you went in feet-first, you'd perhaps find it quite odd that your feet never seemed to cross the horizon, as they would have red-shifted so dramatically.

> you wouldn't notice anything weird.

Maybe you wouldn't notice that you never saw your feet cross, since you wouldn't have much time to ponder it before your head crossed as well, but at that point, you surely you would notice that everything below you is black, since all light (and everything else) is now destined for the singularity. That's the very definition of the event horizon. There wouldn't be any reflected light.

[pontifier]

-Just watched the lecture again, and you wouldn't actually see the outside universe speed up.