Quantum Theory of Coupled Two-Dimensional Oscillator

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Consider a two-dimensional oscillator with a coupling term, represented by the Hamiltonian (in atomic units ):

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.

For , this reduces to an isotropic two-dimensional oscillator. The Schrödinger equation

can be solved exactly using the variable transformation

,

,

which reduces the Hamiltonian to the separable form

,

where

,

.

The ground state is given by

,

while the first excited state is

.

You can display three-dimensional plots of these states, with selected values of and , or the nonstationary state

.

Varying the time shows the oscillation of this coupled two-dimensional oscillator. This is the main feature of this Demonstration.

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Contributed by: S. M. Blinder (June 13)
Open content licensed under CC BY-NC-SA


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