Lets pretend I am in a space ship and I am moving at the speed of light. There is a light bulb at the center of the ship. I understand that velocities don't simply add together, and the formula is v[itex]_{3}[/itex]=[itex]\frac{v_{1}+v_{2}}{1+\frac{v_{1}v_{2}}{c_{2}}}[/itex]. So the light would not be moving in your frame of reference. So if you look behind you, you would see darkness. But if you look in front of you, you could not see the light reflect off of the front walls of the ship, but couldn't you see the light that started in front of you? because that light would simply go toward you. I think if you looked behind you, you would see darkness. If you looked in front of you, you would see constant light. What do you think?
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