Recent content by MedianPlebeian

Will do. Cheers!

Okay, but what about the light that's moving in the other direction? If time is moving more slowly for me, doesn't that mean that the light moving in the opposite direction also has less time to move and ends up at a different point in space than for the "stationary" observer?

Okay, but if that's the case, how does light end up in the same place for both of us? If I'm running past you and light is still traveling away from both of us at c, shouldn't it end up in different places?

If light has a maximum speed of c, what frame of reference is that speed determined from? For example, if you were to turn on a light bulb moving at a constant rate and measured when the light in every direction got to one light year away from it's source, wouldn't some of it reach that...