Multi-Component NLS Models on Symmetric Spaces: Spectral Properties versus Representations Theory
arXiv:1006.0301 · doi:10.3842/SIGMA.2010.044
Abstract
The algebraic structure and the spectral properties of a special class of multi-component NLS equations, related to the symmetric spaces of {\bf BD.I}-type are analyzed. The focus of the study is on the spectral theory of the relevant Lax operators for different fundamental representations of the underlying simple Lie algebra . Special attention is paid to the structure of the dressing factors in spinor representation of the orthogonal simple Lie algebras of type.
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- On nonlocal reductions of the multi-component nonlinear Schrodinger equation on symmetric spaces
- Multicomponent Fokas-Lenells equations on Hermitian symmetric spaces
- NLS-type equations from quadratic pencil of Lax operators: negative flows
- Linear hyperbolic PDEs with non-commutative time
- On soliton solutions and soliton interactions of Kulish-Sklyanin and Hirota-Ohta systems
- -Strands on symmetric spaces
- Structure of Noncommutative Solitons: Existence and Spectral Theory
- Twisted hierarchies associated with the generalized sine-Gordon equation
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- Integrable systems on symmetric spaces from a quadratic pencil of Lax operators
- High energy bounds on wave operators