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VeryConfusedP
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The quote is from Jake Goldberg's Albert Einstein: the rebel behind relativity:
p. 53: "As objects begin to move rapidly through the dimension of space, their movement throught the dimension of time must slow down, because no object can move through space-time faster than the speed of light."
So how does light's speed through spacetime dictate that bodies moving rapidly through the dimension of space must slow down in their movement through the dimension of time, relatively speaking?
Thanks in advance.
p. 53: "As objects begin to move rapidly through the dimension of space, their movement throught the dimension of time must slow down, because no object can move through space-time faster than the speed of light."
So how does light's speed through spacetime dictate that bodies moving rapidly through the dimension of space must slow down in their movement through the dimension of time, relatively speaking?
Thanks in advance.