Beerina
Sarcastic Conqueror of Notions
- Joined
- Mar 3, 2004
- Messages
- 34,334
A further question, if I might jump in. Back to a variant on the OP. As I understand relativity, you are traveling at the speed of light through the 4D spacetime continuum. Hence if you start moving faster through 3-space, relative, something else has to give, and all that's left is the time dimension, which you must thus decrease speed along. Hence time slows for you the faster you go, you can't go faster than light, etc.
And gravity on a planet represents a warpage in that spacetime continuum. In other words, acceleration and gravity aren't just similar phenomena -- they're the exact same phenomena. The 4D spacetime is warped, time slows for you, and thus you have to increase relative speed through 3-space, and that means acceleration, even though you're standing still. Or something like that.
So the question is, how do these gravitons play with respect to the suggestion that gravity is a literal warpage of this 4D spacetime?
And gravity on a planet represents a warpage in that spacetime continuum. In other words, acceleration and gravity aren't just similar phenomena -- they're the exact same phenomena. The 4D spacetime is warped, time slows for you, and thus you have to increase relative speed through 3-space, and that means acceleration, even though you're standing still. Or something like that.
So the question is, how do these gravitons play with respect to the suggestion that gravity is a literal warpage of this 4D spacetime?