Lets say there is a spaceship with magical propulsion that allows it to accelerate closer and closer to the speed of light. As the ship gets closer to light speed, relativity says that:
1.) From the viewpoint of the ship, the clock of every "stationary" object will run slower.
2.) From the viewpoint of the ship, Lorentz contraction will cause the distance between the ship and it's destination to shrink. Edit: I worded this part of my post poorly. What I meant to say is that, from the ships viewpoint, the external universe will shrink in the direction of motion.
As the ship continues to accelerate, the speed of external clocks will keep slowing down, and space between the ship and it's destination will continue to decrease. If time and distance both approach zero as speed approaches the speed of light, does this mean that from the point of view of a photon, time and distance do not exist?
But of course, from the ships viewpoint, it never gets any closer to the speed of light because c is a physical constant. Wow, now I have gone and confused myself more.
1.) From the viewpoint of the ship, the clock of every "stationary" object will run slower.
2.) From the viewpoint of the ship, Lorentz contraction will cause the distance between the ship and it's destination to shrink. Edit: I worded this part of my post poorly. What I meant to say is that, from the ships viewpoint, the external universe will shrink in the direction of motion.
As the ship continues to accelerate, the speed of external clocks will keep slowing down, and space between the ship and it's destination will continue to decrease. If time and distance both approach zero as speed approaches the speed of light, does this mean that from the point of view of a photon, time and distance do not exist?
But of course, from the ships viewpoint, it never gets any closer to the speed of light because c is a physical constant. Wow, now I have gone and confused myself more.
Last edited: