In recent years, remarkable progress has been made in recasting hydrodynamics as a modern effective field theory (EFT), encompassing both quantum and statistical effects. This has required, in turn, advances in our understanding of the Schwinger-Keldysh formalism, which is necessary to study out-of-equilibrium systems. The goal of this workshop is to bring together leading experts to arrive at a synthesis of these recent results and reconcile different approaches in a unique framework.

Recordings :

Monday

Alexandre Abanov – Hydrodynamics with anomalies
Andrea Cappelli – Path-integral derivation of Euler hydrodynamics with anomalies
Piotr Surówka – Nonequilibrium charge-vortex duality

Tuesday

Andrew Lucas – Hydrodynamics from strong-to-weak spontaneous symmetry breaking
Andrew Gomes – Coset Insights into Hydrodynamic Effective Theory
Luca Delacrétaz – EFT for out-of-time ordered transport
Michael Landry – Chimeric states of matter: Meissner effect without superconductivity

Wednesday

Mukund Rangamani – AdS black holes and thermal correlators
Filippo Nardi – Conformal Collider Physics at Large Charge
Petar Tadic – Quantum dynamics of perfect fluids (introduction by Walter Goldberger)

Thursday

Natalia Pinzani-Fokeeva – New Horizon symmetries, hydrodynamics and Chaos
Sergey Sibiryakov – Brownian motion of a rigid body: an EFT perspective
Dam T. Son – Symmetries and low-energy dynamics of rotating BECs

Friday

Camille Aron – Non-equilibrium fluctuation theorems via symmetry breaking
Sergei Dubovsky