Two-Dimensional Periodic Schrödinger Operators Integrable at an Energy Eigenlevel

The main goal of the first part of the paper is to show that the Fermi curve of a two-dimensional periodic Schrödinger operator with nonnegative potential whose points parameterize the Bloch solutions of the Schrödinger equation at the zero energy level is a smooth M -curve. Moreover, it is shown th...

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Published in:Functional analysis and its applications 2019, Vol.53 (1), p.23-36
Main Authors: Ilina, A. V., Krichever, I. M., Nekrasov, N. A.
Format: Article
Language:English
Subjects:
Analysis
Deformation
Energy levels
Functional Analysis
Mathematics
Mathematics and Statistics
Operators (mathematics)
Periodic functions
Schrodinger equation
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description The main goal of the first part of the paper is to show that the Fermi curve of a two-dimensional periodic Schrödinger operator with nonnegative potential whose points parameterize the Bloch solutions of the Schrödinger equation at the zero energy level is a smooth M -curve. Moreover, it is shown that the poles of the Bloch solutions are located on the fixed ovals of an antiholomorphic involution so that each but one oval contains precisely one pole. The topological type is stable until, at some value of the deformation parameter, the zero level becomes an eigenlevel for the Schrödinger operator on the space of (anti)periodic functions. The second part of the paper is devoted to the construction of such operators with the help of a generalization of the Novikov-Veselov construction.
doi_str_mv 10.1007/s10688-019-0246-7
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subjects Analysis
Deformation
Energy levels
Functional Analysis
Mathematics
Mathematics and Statistics
Operators (mathematics)
Periodic functions
Schrodinger equation
title Two-Dimensional Periodic Schrödinger Operators Integrable at an Energy Eigenlevel
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