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Consider the Two Time-Dependent Spin State Vectors Shown Below These State Vectors Are Physically Equivalent

Question 76

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Consider the two time-dependent spin state vectors shown below:
ψA=1/2+z1/2eiEt/+zψB=1/2e+iEt/2+z1/2eiEt/2+z\begin{aligned}& \left|\psi_{A}\right\rangle=\sqrt{1 / 2}|+z\rangle-\sqrt{1 / 2} e^{-i E t / \hbar}|+z\rangle \\& \left|\psi_{B}\right\rangle=\sqrt{1 / 2} e^{+i E t / 2 \hbar}|+z\rangle-\sqrt{1 / 2} e^{-i E t / 2 \hbar}|+z\rangle\end{aligned}
These state vectors are physically equivalent.

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