Энергетический спектр в одной задаче о квантовом ротаторе - page 10

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А.А. Гурченков, Д.В. Башкина, Н.Т. Вилисова
Energy spectrum in a problem of a quantum rotator
© A.A. Gurchenkov, D.V. Bashkina, N.T. Velisova
Bauman Moscow State Technical University, Moscow 105005, Russia
The study tested the spectrum of eigenvalues of quantum systems, in the classical limit
admitting the existence of quadratic ones in the momenta of the first integrals. For example,
we consider the problem of two-dimensional potential well of finite depth and quantum
rotator. We made a comparison of bifurcations in classical and quantum problems. The
research showed that the presence of the additional integral imposes a partial ban on the
existence of separatrix contours. We examined an algebraic structure of classical integrals,
which determines the possibility of bringing Hamiltonian function to Liouville type and
separation of variables in Hamilton — Jacobi equation, which entails the separation of
variables in Schrödinger equation.
Keywords
: dynamical systems, bifurcation, Hamiltonian systems.
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