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PreposterousUniverse
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In the Heisenberg's uncertainty principle
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\triangle x \triangle p \geqslant \frac{\hbar}{2}
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what happens when the uncertainty in position becomes very small is that the uncertainty in momentum becomes very large. But what happens when the spread of the uncertainty in momentum becomes greater then the speed of light? I suppose then that above formula is no longer valid in the relativistic limit?
##
\triangle x \triangle p \geqslant \frac{\hbar}{2}
##
what happens when the uncertainty in position becomes very small is that the uncertainty in momentum becomes very large. But what happens when the spread of the uncertainty in momentum becomes greater then the speed of light? I suppose then that above formula is no longer valid in the relativistic limit?