I'd like to know where I stand in the universe.
Part 1: Am I in the middle, with the limits at equal distance to me? Are you, too?
Part 2: How big am I? With the universe being, I guess, the biggest thing around, and (maybe) strings being the smallest, where do I fit in? Or do things get infinitely smaller and smaller, and bigger and bigger, and again I am "Stuck in the middle with you."
Yes. Travelling faster than light has the same effects as travelling back in time, i.e., you break causality. If you could travel at a sufficiently fast speed, you could go back in time and prevent Lincoln's assassination, for example.
This has to do with the fact that simultaneity is relative. Imagine two events:
A: John Wilkes Booth arrives at the theater.
B: A spaceship is travelling through a distant galaxy.
The time in our reference frame is 1865 for A and 2006 for B. But for the spaceship those two events may very well be simultaneous. Then, all the spaceship has to do is cover the distance in less time than it will take Booth to kill the president.
I'd like to know where I stand in the universe.
Part 1: Am I in the middle, with the limits at equal distance to me? Are you, too?
Part 2: How big am I? With the universe being, I guess, the biggest thing around, and (maybe) strings being the smallest, where do I fit in? Or do things get infinitely smaller and smaller, and bigger and bigger, and again I am "Stuck in the middle with you."
If you were looking through a telescope in this spaceship though and could see Booth and you were able to keep it focused while traveling back to earth faster than light wouldn't it just appear to fast forward because the data is hitting your eyes faster?
Umm, yeah, that is what the current model states. And I think it is very likely correct. But I want science to discover something much different than the current model, that's the point of my post.Ehm, gravity moves at exactly the speed of light.