On the Extension of Inverse Scattering Method
Miki Wadati, Toshio Kamijo
Abstract
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Miki Wadati, Toshio Kamijo
Abstract
Open-access reader
The inverse scattering method is extended into n×n matrix form so as to include wider classes of nonlinear differential equations. As a mathematical foundation for the extension, the inverse scattering problem for n×n Schrödinger equation is discussed and Gelfand-Levitan-Marchenko equation for the system is derived. Some of the applications of the theory are also discussed.
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The inverse scattering method is extended into n×n matrix form so as to include wider classes of nonlinear differential equations. As a mathematical foundation for the extension, the inverse scattering problem for n×n Schrödinger equation is discussed and Gelfand-Levitan-Marchenko equation for the system is derived. Some of the applications of the theory are also discussed.
Key concepts: Inverse scattering transform, Quantum inverse scattering method, Physics, Inverse scattering problem, Extension (predicate logic), Scattering, Scattering theory, Inverse