2. It is known that the harmonic oscillator has a Hamiltonian (p²) x² + mw? 2m H, 2 and an electric field of H, = qex With the information known, determine the value of the first-order and second-order energy shifts. (Hint: Use Equation x which contains the Creation operator (a) and the Annihilation operator (a*)
2. It is known that the harmonic oscillator has a Hamiltonian (p²) x² + mw? 2m H, 2 and an electric field of H, = qex With the information known, determine the value of the first-order and second-order energy shifts. (Hint: Use Equation x which contains the Creation operator (a) and the Annihilation operator (a*)
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![2. It is known that the harmonic oscillator has a Hamiltonian
(p*)
+ mw? -
2m
x²
H.
2
and an electric field of
H = qex
With the information known, determine the value of the first-order and
second-order energy shifts. (Hint: Use Equation x which contains the
Creation operator (a) and the Annihilation operator (a+)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F930ac082-d521-4cc0-8aca-e771d0f6d2ac%2F2f237fed-4219-428a-839e-e24ef876ee80%2F80zti3r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. It is known that the harmonic oscillator has a Hamiltonian
(p*)
+ mw? -
2m
x²
H.
2
and an electric field of
H = qex
With the information known, determine the value of the first-order and
second-order energy shifts. (Hint: Use Equation x which contains the
Creation operator (a) and the Annihilation operator (a+)
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