Q3. Gerry & Knight Ch.2 2.3 Use The Baker-Hausdorf formula to show that the time dependence of the annihilation operator is â(t) = â(0)e¬iwt. Q5. Gerry and Knight Ch.2 2.6 Consider the superposition state |po1) = a|0) + B|1) where a and ß are comples and satisfy|a|2 + \B|2 quadrature operators X, and X 2. = 1. Calculate the variances of the
Q3. Gerry & Knight Ch.2 2.3 Use The Baker-Hausdorf formula to show that the time dependence of the annihilation operator is â(t) = â(0)e¬iwt. Q5. Gerry and Knight Ch.2 2.6 Consider the superposition state |po1) = a|0) + B|1) where a and ß are comples and satisfy|a|2 + \B|2 quadrature operators X, and X 2. = 1. Calculate the variances of the
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![Q3. Gerry & Knight Ch.2
2.3 Use The Baker-Hausdorf formula to show that the time dependence of the annihilation
operator is
â(t) = â(0)e¬iwt
Q5. Gerry and Knight Ch.2
2.6 Consider the superposition state |Po1) = a|0) + B|1) where
a and ß are comples and satisfy |a|² + |B|² = 1. Calculate the variances of the
quadrature operators X1 and X2.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd741d4b3-8d49-459c-9f42-d94d7eea3fc7%2Fbea9bf90-cc5a-4fdd-9a4b-b00b8aafd968%2Fwffslu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3. Gerry & Knight Ch.2
2.3 Use The Baker-Hausdorf formula to show that the time dependence of the annihilation
operator is
â(t) = â(0)e¬iwt
Q5. Gerry and Knight Ch.2
2.6 Consider the superposition state |Po1) = a|0) + B|1) where
a and ß are comples and satisfy |a|² + |B|² = 1. Calculate the variances of the
quadrature operators X1 and X2.
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