Piedmont1984
Veteran
- Jan 12, 2004
- 1,737
- 897
Who's closer? Who measured the distances? Are they moving relative to either/both/all of you or I or the asteroid? What is between you, I, the person doing the measuring, and the asteroid? The speed of light being constant is the easy part. The bending of space/time to achieve the effect is the hard part. In fact, a single observer can measure differing values for the speed of light if he's in the presence of a massive object - like a black hole. If you're falling into a black hole, the light that's falling in ahead of you appears to be going faster than the speed of light while light falling in behind you appears to be going slower - both relative to you, a single observer.
What amazes me is not the conclusions people like Einstein or Hawkins come up with but that they come up with them using little but their minds.
Jim
I stated the question poorly. You and I are next to each other. You are travelling at light speed. I am stationary. We both shine our flashlight at the same object in the distance. Both beams should illuminate the object at the same time. Or to put it differently, an observer on that object should see two beams of light arrive at the same time. No?