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Originally Posted by Sam5
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Originally Posted by Ut
A body's clock speed depends on both the speed and acceleration (or an equivalent external gravitational field) of said body.
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You should say “atomic clock rate”. The Lorentz-force atomic clock rule, as used by Einstein, applies to atomic clocks only, i.e. to atomic oscillation rates.
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Let's see Sam5, for the fifth or sixth time. The Lorentz force deals with charged particles moving in a magnetic field and has nothing to do with the motion of uncharged particles or the rate at which time moves. Perhaps we can clear this up for you. Why do you keep confusing the Lorentz force with Lorentz's ideas about the motion of other bodies? What don't you understand about this?
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Originally Posted by Sam5
It does not apply to pendulum clocks, mechanical clocks, balance wheel clocks, thermodynamic clocks, etc., etc.
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It most certainly does. Atomic clocks, pendulum clocks, mechanical clocks balance wheel clocks thermodynamic clocks all are affected by relative motion or acceleration. This is because all of them measure time and time itself is what is affected by motion and acceleration. Other effects of the acceleration (motion of the pendulum for example) could add an additional effect.
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Originally Posted by Sam5
Geepers, go read the original papers and books on this subject.
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Geepers, go to school and take the math and relativity classes so you have a better understanding of the theories. Instead of taking quotes out of context from Einstein's papers and books.