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viktorem
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The time dilation effect on a lightclock moving horizontically is very easy to understand. But how does the speed affect our biological processes? "Because time slows down!" you might say. But specifically, what does make say the cells move slower? If they are moving in the same direction of a spaceship going really fast, then its logical to me that they'd get slowed down. But if the move in the opposite direction of that, surely they would travel quicker to a certain point in the body, thus eliminating the time dilation effect in this example?
I was hoping that anybody could maybe explain how speeds this high specifically affects any biochemical process, similar to how the slowing of a clock is explained with the horizontically moving lightclock. Has anyone been able to explain this? I might be asking for the impossible here...
P.S: I know that time isn't actually going slower or quicker per se. Time only moves quicker or slower in comparison to another point of reference, so that is not what is causing my confusion ;)
I was hoping that anybody could maybe explain how speeds this high specifically affects any biochemical process, similar to how the slowing of a clock is explained with the horizontically moving lightclock. Has anyone been able to explain this? I might be asking for the impossible here...
P.S: I know that time isn't actually going slower or quicker per se. Time only moves quicker or slower in comparison to another point of reference, so that is not what is causing my confusion ;)