Consider the wave function. [left|Psi_{A B}^{(e n t)}ightangle=frac{1}{sqrt{2}}left(|downarrowangle_{A} otimesleft|uparrow{ }_{B}ightangle-|uparrowangle_{A} otimes|downarrowangle_{B}ight)] Show that this is an entangled
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Consider the wave function.
\[\left|\Psi_{A B}^{(e n t)}ightangle=\frac{1}{\sqrt{2}}\left(|\downarrowangle_{A} \otimes\left|\uparrow{ }_{B}ightangle-|\uparrowangle_{A} \otimes|\downarrowangle_{B}ight)\]
Show that this is an entangled wave function. (It is one of the maximally entangled Bell states.)
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An Introduction To Groups And Their Matrices For Science Students
ISBN: 9781108831086
1st Edition
Authors: Robert Kolenkow
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