Abstract:
Formal asymptotic solutions of the time-dependent Schrödinger
equation that are concentrated in the neighborhood of the boundary
of a cylindrical region and satisfy the zero-value boundary
condition are constructed. It is shown that the leading term in
the asymptotic solution can be calculated if the solution is known
to the Cauchy problem for the Hamilton system corresponding to the
problem of classical mechanics of the motion of a material point
subject to a holonomic constraint.