en.wikipedia.org
Well, not literally, of course. He can only move so much.
Light in a black hole
Camden Lee
Jeremiah Sanders
Is it not more likely that the photons are being pulled in because they are particles
Elijah Howard
Event horizon is a point of infinite gravitation potential, time stops at that point, and light only ever travel zero distance.
Josiah Ramirez
>escape velocity
That's dictated by the classical behavior of an object slowing down before it falls back to the body in question. Light does not slow down; it just gets red-shifted.
Nathaniel Bennett
Because the space is literally being subducted
The escape velocity is greater than the speed of light, that is what you plug into the gravitational time dilation equation to get the gamma factor, and when you put that in you get a complex number (greater than speed of light escape velocity), which is bullshit, basically read what I wrote
experiment.com
Not only is the light slowing down so much by gravitational lensing (REFRACTION) due to the intense gravity, but it's also being reflected back 180 degrees by gravitational lensing
Kayden Reed
>Pop-science and the internet
L0Lno fgt pls
Matthew Martin
But if you travel at c, you move from A to B is zero time (from your point of view)...
Austin Gomez
>That sounds like what a distant observer would see watching something fall into a black hole, not about light escaping from inside.
Yea, seems i have been confused sometime in the past, someone was probably talking about that, and not escaping past the horizon.
Is the lights inability to traverse both directions then related to the flip in space and time? Interpreting stuff like that from the math isn't something I can do much of.
And i heard the light cone example, but I was under the impression that the warping of the light cones should only happen to objects with mass, As light is on a fixed trajectory until it interacts.
Austin Brooks
I mean light is fixed in time btw. Obviusly it can curve due to gravity in space.
Hudson Wilson
No if you travel at c that's not from your own point of view.
If you travel at c that's c relative to a stationary observer and the stationary observer sees your clock ticking at rate 0 and says you will measure 0 time for your journey.
But for you time looks normal so you measure non-zero times.