A coherent state of a harmonic oscillator is a special quantum state encountered in quantum optics. It is an eigenstate of the lowering operator. The eigenvalue relation is âla) = ala) (1) Calculate the expectation value of â in the state Ja). Noting that, The lowering operator â is not Hermitian, so its eigenvalue a is not necessarily a real number. The eigenvalue relation, Eq.(1), in terms of bras is, (alât = a*(a| where a* is the complex conjugate of a.

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Canonical state of a harmonic oscillator

A coherent state of a harmonic oscillator is a special quantum state encountered in quantum optics. It is an
eigenstate of the lowering operator. The eigenvalue relation is
â la) = ala)
(1)
Calculate the expectation value of f in the state Ja).
Noting that,
The lowering operator â is not Hermitian, so its eigenvalue a is not necessarily a real number.
The eigenvalue relation, Eq.(1), in terms of bras is,
(alât = a*(a|
where a* is the complex conjugate of a.
Transcribed Image Text:A coherent state of a harmonic oscillator is a special quantum state encountered in quantum optics. It is an eigenstate of the lowering operator. The eigenvalue relation is â la) = ala) (1) Calculate the expectation value of f in the state Ja). Noting that, The lowering operator â is not Hermitian, so its eigenvalue a is not necessarily a real number. The eigenvalue relation, Eq.(1), in terms of bras is, (alât = a*(a| where a* is the complex conjugate of a.
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