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Journal of Nonlinear Science | Vol.26, Issue.6 | | Pages 1851–1894

On Orbital Instability of Spectrally Stable Vortices of the NLS in the Plane

Abstract

We explain how spectrally stable vortices of the nonlinear Schrödinger equation in the plane can be orbitally unstable. This relates to the nonlinear Fermi golden rule, a mechanism which exploits the nonlinear interaction between discrete and continuous modes of the NLS.

Original Text (This is the original text for your reference.)

On Orbital Instability of Spectrally Stable Vortices of the NLS in the Plane

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Keywords

nonlinear schrdinger equation stable vortices fermi golden discrete and continuous modes of the nls

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.On Orbital Instability of Spectrally Stable Vortices of the NLS in the Plane. 26 (6),1851–1894.

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