7.2 Consider an anisotropic harmonic oscillator described by the Hamiltonian 1 Pi + p; + p?) + ¿ki(x²+ y³) + ¿kz². H (a) Find the energy levels and the corresponding energy eigenfunctions using Cartesian coordinates. What are the degeneracies of the levels, assuming that wi = (kj/µ)'/2 and wz = (b) Can the stationary states be eigenstates of L?? of L̟? (k2/µ)/2 are incommensurable?

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7.2
Consider an anisotropic harmonic oscillator described by the Hamiltonian
1
H =
2µ
-(p; + p; + p?) + ;kı (x² + y³) +
(a) Find the energy levels and the corresponding energy eigenfunctions using
Cartesian coordinates. What are the degeneracies of the levels, assuming that
wj = (k¡/µ)'/2 and wz =
(b) Can the stationary states be eigenstates of L²? of L¿?
(k2/µ)/² are incommensurable?
Transcribed Image Text:7.2 Consider an anisotropic harmonic oscillator described by the Hamiltonian 1 H = 2µ -(p; + p; + p?) + ;kı (x² + y³) + (a) Find the energy levels and the corresponding energy eigenfunctions using Cartesian coordinates. What are the degeneracies of the levels, assuming that wj = (k¡/µ)'/2 and wz = (b) Can the stationary states be eigenstates of L²? of L¿? (k2/µ)/² are incommensurable?
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