Orateur
Jacome Armas
(University of Amsterdam)
Description
I’ll discuss the effective theory of hydrodynamics for classes of thermal driven open systems that have not yet received considerable attention from a symmetry-based perspective. These systems have weakly broken time-translation symmetry and host thermostated (two-temperature) steady states which are time independent states that constantly produce entropy. They lead to violations of conventional properties of typical systems studied in holography such as the fluctuation-dissipation theorem. I will discuss the various applications and interesting connections with non-equilibrium physics. If time permits I’ll also show fluctuating hydrodynamic simulations of simple open systems.