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If a body's time must slow down when it moves in order for the speed of light to remain constant then how can the speed of light remain constant if two waves of light are moving toward the body from two different directions?
Say the body has two light particles coming towards it. Particle A and Particle B. If the body is moving towards Particle B and away from particle A then, relative to the body, particle B would to be moving faster than the the speed of light and particle A would be moving slower.
Say the body has two light particles coming towards it. Particle A and Particle B. If the body is moving towards Particle B and away from particle A then, relative to the body, particle B would to be moving faster than the the speed of light and particle A would be moving slower.