- #1
kjones000
- 19
- 0
Semi-ignorant question follows:
Ok, the theoretical maximum observable universe is limited to a number light years slightly less than the age of the universe, but as we increase in speed, the universe flattens out, so, as we approach the speed of light, do we get to see more of the universe in front of us and behind us? (Assuming that we can see gamma rays and radio waves).
If we don't get to see more, does anything interesting happen when the observable universe flattens to a Planck length? (Actually, I am expecting that we do get to see more, because a universe flatter than my anti-matter powered spaceship doesn't make much sense to me).
Ok, the theoretical maximum observable universe is limited to a number light years slightly less than the age of the universe, but as we increase in speed, the universe flattens out, so, as we approach the speed of light, do we get to see more of the universe in front of us and behind us? (Assuming that we can see gamma rays and radio waves).
If we don't get to see more, does anything interesting happen when the observable universe flattens to a Planck length? (Actually, I am expecting that we do get to see more, because a universe flatter than my anti-matter powered spaceship doesn't make much sense to me).