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## Main Question or Discussion Point

Suppose if I am in a ship travelling from points A to B (10 light years apart) at a relavistic speed of say 0.8c.

Then suppose if there is a very strong light bulb at both points A and B, and assuming that the light rays do not get weakened along the way.

Now if I am in the ship moving from A to B at 0.8c and I am in the midpoint of my journey, when I observe the 2 light bulbs turn on simultaneously.

Am I correct to conclude that the 2 light bulbs are indeed turned on simultaneously, as if viewed by a stationary observer, since that the speed of light is constant to all observers, irregardless of their motion?

Or would the motion of the ship have any effect on this simultaneity?

Or I am incorrect to assume that the midpoint of my journey means light has to travel the same distance for both the cases of points A and B?

I would appreciate any help to clarify my doubts.

Then suppose if there is a very strong light bulb at both points A and B, and assuming that the light rays do not get weakened along the way.

Now if I am in the ship moving from A to B at 0.8c and I am in the midpoint of my journey, when I observe the 2 light bulbs turn on simultaneously.

Am I correct to conclude that the 2 light bulbs are indeed turned on simultaneously, as if viewed by a stationary observer, since that the speed of light is constant to all observers, irregardless of their motion?

Or would the motion of the ship have any effect on this simultaneity?

Or I am incorrect to assume that the midpoint of my journey means light has to travel the same distance for both the cases of points A and B?

I would appreciate any help to clarify my doubts.