Problem 4. Let (v1) and u2) be any two normalized, orthogonal sing...

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Problem 4. Let (v1) and u2) be any two normalized, orthogonal single spin-1/2 states. Consider a two-particle spin-1/2 state of the type analyzed in the Bell inequality lecture that is given by = 1 (4) 2 where x is the tenson product of the two single qubit states introduced in class and the first "ket" refers to the first particle, and the second to the second particle. Show that this entangled state is the same as (1+)01->-1-101+11/V2, up to an overall phase.

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