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Andrii Liashyk (BIMSA, Beijing), Integrable spinning fluid
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Europe/Stockholm
Albano 3: 6228 - Mega (22 seats) (Albano Building 3)
Albano 3: 6228 - Mega (22 seats)
Albano Building 3
22
Description
The one-dimensional Calogero-Moser model is a well-established integrable model describing N interacting particles in both classical and quantum frameworks.
In their seminal paper, Abanov, Bettelheim, and Wiegmann demonstrated that a collective description of this model gives rise to integrable hydrodynamics similar to the Benjamin--Ono system.
These interacting particle systems can also be extended to include integrable spin generalizations, where internal degrees of freedom are assigned to each particle.
These interacting particle systems can also be extended to include integrable spin generalizations, where internal degrees of freedom are assigned to each particle.
In my talk, I discuss the hydrodynamic formulation of the spin Calogero-Moser system, which emerges as an integrable spinning fluid system, and elucidate its connection to the matrix Benjamin-Ono equation recently introduced.
The agenda of this meeting is empty
