If you, on the inside and thus impacted by more gravity, which speeds up time (proven through ISS tests and general relativity) looked out, through gravity-based lensing, assuming you could even see more than a still image on the event horizon, and assuming it wasn’t warped beyond recognition, would time not be stopped for you? While you still saw yourself moving?
Sure, time would be stopped looking in, but since you are past the event horizon, why would stuff outside it continue to move for you? Your time moves differently.
I think a black hole would just be a mess for anyone anywhere near it, and I know we have no real solid understanding of how it works (because we definitely have no actual idea - we have never been remotely close to one ever, it’s all speculation) so…
If you, on the inside and thus impacted by more gravity, which speeds up time (proven through ISS tests and general relativity) looked out, through gravity-based lensing, assuming you could even see more than a still image on the event horizon, and assuming it wasn’t warped beyond recognition, would time not be stopped for you? While you still saw yourself moving?
Sure, time would be stopped looking in, but since you are past the event horizon, why would stuff outside it continue to move for you? Your time moves differently.
I think a black hole would just be a mess for anyone anywhere near it, and I know we have no real solid understanding of how it works (because we definitely have no actual idea - we have never been remotely close to one ever, it’s all speculation) so…
It’s real complex
https://thecrashcourse.com/courses/black-holes-crash-course-astronomy-33/
I’m gunna read that but I’ve been drinking and ima be honest here my reaction is
Isn’t it always.
But frfr I am saving that for my read list because I am super into science, pick a science I adore it. Thanks for sharing :)