Speaker
Milosz Panfil
(University of Warsaw)
Description
Quantum integrable systems are characterised by an infinite number of conserved charges and stable quasi-particle excitations. When integrability is broken, interactions between quasi-particles are introduced, opening the way for a novel kinetic theory that incorporates both integrable and non-integrable processes. In this talk I will review recent advances in the development of such a kinetic framework, which provides new insights into a range of non-equilibrium phenomena in strongly correlated models. These include the thermalisation of homogeneous systems, the emergence of the Navier-Stokes equations, and the generalisation of the famous BBGKY hierarchy.
Primary author
Milosz Panfil
(University of Warsaw)
