Abstract <p> We describe semiclassical spectral series of the one-dimensional Schrödinger operator with a potential having a smoothed jump whose width tends to zero more slowly than the semiclassical parameter. We calculate asymptotic eigenvalues from the quantization conditions of a one-dimensional bundle over a circle constructed from the classical Hamiltonian, and describe the asymptotic behavior of eigenfunctions using a modification of Maslov’s canonical operator on this bundle. </p>

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Quantization Conditions for a Bundle over a Circle and Semiclassical Spectral Series of the One-Dimensional Schrödinger Operator with a Jump-like Two-Scale Potential

  • I. A. Lavrinenko,
  • A. I. Shafarevich

摘要

Abstract

We describe semiclassical spectral series of the one-dimensional Schrödinger operator with a potential having a smoothed jump whose width tends to zero more slowly than the semiclassical parameter. We calculate asymptotic eigenvalues from the quantization conditions of a one-dimensional bundle over a circle constructed from the classical Hamiltonian, and describe the asymptotic behavior of eigenfunctions using a modification of Maslov’s canonical operator on this bundle.