- #1
ScientificMind
- 48
- 1
For black holes to "trap" light, the light would need to enter into some sort of orbit, but it seems like that might have some odd implications with relativity. If light is revolving around the center of a black hole, that would mean the light waves/photons would constantly be changing directions, which would mean that, by definition, the light would be constantly accelerating. Now I know that is a little different from acceleration in terms of speed, but I know that relativity does have aspects that involve this kind of acceleration. Anyway, my question is this, what does relativity say about that aforementioned constant acceleration, and what might the effects be in that specific example