AaronOnPokemon
"So the story continues!"
- 72
- Posts
- 15
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- Cambridge, United Kingdom
- Seen Apr 17, 2011
If you went out in space and was traveling at the velocity that is greater or the same as the speed of light do you think time would stop?
Traveling greater than the speed of light is impossible, as far as we understand anyway, hyperdrive this, warp speed that. Someone's watch on Alpha Centauri is going to end up different than someone's watch on Sol even if they could be set exactly the same, because even though the speed of light is great, it still takes time for it to travel across the sheer huge-oscity of space. Your time is relative to you, not necessarily someone else. So if you travel at light speed, you'll find that your watch appears slow to the watch of someone where you arrive.
So I guess relative to you, time is slower.
I don't know, but I was watching something on the History channel that was talking about black holes and how when you reach the center of it, everything out side looks to be slower. But that's probably because you are being sucked in faster than the speed of light, right?
I was told once that it was tested and proven that as an object approaches light speed, the object notices time slowing down. I don't fully understand it, but the people above are probably correct. Though I don't think you could call it time travel.
Or, in a more obvious manner, v=d/t, so t is inversely proportional to v, so as v increases, t decreases. I think I just gained a higher understanding of the theory. :D
If you went out in space and was traveling at the velocity that is greater or the same as the speed of light do you think time would stop?
Traveling greater than the speed of light is impossible, as far as we understand anyway, hyperdrive this, warp speed that.