“…We have discussed the spectral properties of the scattering operator L. In this sense our results generalize those obtained by Gerdjikov et al in [5,6] treating the scalar case as well as author's in [20] treating spaces of the type SU (n)/S(U (1) × U (n − 1)).…”
Section: Discussionsupporting
confidence: 81%
“…Our purpose here is to shed some light on certain basic properties of equation (5) and the corresponding Lax pair. In doing so we shall partially extend some results already published in [20]. The report is structured as follows.…”
“…they depend on t only, see [20] for more detailed explanations. F 0,k turn out to be exponential functions on time and one can propose the following simple rule…”
Section: Dressing Methods and Special Solutionsmentioning
confidence: 99%
“…One application of the fundamental analytic solutions is in spectral theory of the scattering operator L(λ) [20]. The resolvent of L(λ) is defined by…”
Section: The Latter Are Involved In Generalised Ldu Decompositionmentioning
. We discuss the spectral properties of scattering operator, develop the direct scattering problem associated with it and stress on the effect of reduction on these. By applying a modification of Zakharov-Shabat's dressing procedure we demonstrate how one can obtain reflectionless potentials. That way one is able to generate soliton solutions to the nonlinear evolution equations belonging to the integrable hierarchy associated with quadratic bundles under study.
“…We have discussed the spectral properties of the scattering operator L. In this sense our results generalize those obtained by Gerdjikov et al in [5,6] treating the scalar case as well as author's in [20] treating spaces of the type SU (n)/S(U (1) × U (n − 1)).…”
Section: Discussionsupporting
confidence: 81%
“…Our purpose here is to shed some light on certain basic properties of equation (5) and the corresponding Lax pair. In doing so we shall partially extend some results already published in [20]. The report is structured as follows.…”
“…they depend on t only, see [20] for more detailed explanations. F 0,k turn out to be exponential functions on time and one can propose the following simple rule…”
Section: Dressing Methods and Special Solutionsmentioning
confidence: 99%
“…One application of the fundamental analytic solutions is in spectral theory of the scattering operator L(λ) [20]. The resolvent of L(λ) is defined by…”
Section: The Latter Are Involved In Generalised Ldu Decompositionmentioning
. We discuss the spectral properties of scattering operator, develop the direct scattering problem associated with it and stress on the effect of reduction on these. By applying a modification of Zakharov-Shabat's dressing procedure we demonstrate how one can obtain reflectionless potentials. That way one is able to generate soliton solutions to the nonlinear evolution equations belonging to the integrable hierarchy associated with quadratic bundles under study.
“…In this section we shall introduce some basic notions of direct scattering problem for quadratic bundles related to symmetric spaces of the type SU(m + n)/S(U(m) × U(n)), and sketch some of their properties. In doing this we are going to use some results and conventions from [12,16,31]. Let us consider the following Lax pair:…”
We consider quadratic bundles related to Hermitian symmetric spaces of the type SU(m + n)/S(U(m) × U(n)). The simplest representative of the corresponding integrable hierarchy is given by a multi-component Kaup-Newell derivative nonlinear Schrödinger equation which serves as a motivational example for our general considerations. We extensively discuss how one can apply Zakharov-Shabat's dressing procedure to derive reflectionless potentials obeying zero boundary conditions. Those could be used for one to construct fast decaying solutions to any nonlinear equation belonging to the same hierarchy. One can distinguish between generic soliton type solutions and rational solutions.
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