Question: Sequential measurements. An operator A, representing observable A, has two (normalized) eigenstates 1 and 2 , with eigenvalues 1 and 2
Sequential measurements. An operator Â, representing observable A, has two (normalized) eigenstates Ψ1 and Ψ2, with eigenvalues α1 and α2, respectively. Operator B̂, representing observable B, has two (normalized) eigenstates ∅1 and ∅2, with eigenvalues b1 and b2. The eigenstates are related by
(a) Observable A is measured, and the value is obtained. What is the state of the system (immediately) after this measurement?
(b) If B is now measured, what are the possible results, and what are their probabilities?
(c) Right after the measurement of B, A is measured again. What is the probability of getting a1?
V1 = (301 +402)/5, 2= (401 - 302)/5.
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