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Presented By: Integrable Systems and Random Matrix Theory Seminar - Department of Mathematics

ISRMT seminar: The intertwined derivative Schrödinger system of Calogero–Moser–Sutherland type

Ruoci Sun (Georgia Institute of Technology)

Ruoci Sun (Georgia Institute of Technology) Ruoci Sun (Georgia Institute of Technology)
Ruoci Sun (Georgia Institute of Technology)
This presentation is dedicated to extending both defocusing and focusing Calogero–Moser–Sutherland derivative nonlinear Schrödinger equations (CMSdNLS), introduced in Abanov–Bettelheim–Wiegmann [arXiv:0810.5327], Gérard-Lenzmann [arXiv:2208.04105] and R. Badreddine [arXiv:2303.01087, arXiv:2307.01592], to a system of two matrix-valued variables. This new system is still an integrable extension and perturbation of the original CMSdNLS equations. Thanks to the conjugation acting method, I have also established the explicit expression of general solutions on the torus and on the real line in my work [hal-04227081].
Ruoci Sun (Georgia Institute of Technology) Ruoci Sun (Georgia Institute of Technology)
Ruoci Sun (Georgia Institute of Technology)

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