arXiv:math-ph/0703049AbstractReferencesReviewsResources
High energy eigenfunctions of one-dimensional Schrodinger operators with polynomial potentials
Alexandre Eremenko, Andrei Gabrielov, Boris Shapiro
Published 2007-03-14Version 1
For a class of one-dimensional Schrodinger operators with polynomial potentials that includes Hermitian and PT-symmetric operators, we show that the zeros of scaled eigenfunctions have a limit disctibution in the complex plane as the eigenvalues tend to infinity. This limit distribution depends only on the degree of potential and on the boundary conditions.
Comments: 22 pages, 9 figures
Journal: Computational Methods and Function Theory, 8 (2008). No. 2, 513--529.
Keywords: one-dimensional schrodinger operators, high energy eigenfunctions, polynomial potentials, limit distribution depends, pt-symmetric operators
Tags: journal article
Related articles: Most relevant | Search more
The high energy semiclassical asymptotics of loci of roots of fundamental solutions for polynomial potentials
arXiv:1907.06153 [math-ph] (Published 2019-07-14)
Relativistic Spin-0 Feshbach-Villars Equations for Polynomial Potentials
arXiv:0806.2353 [math-ph] (Published 2008-06-14)
Periods of relativistic oscillators with even polynomial potentials