Orateur
Description
Quantum transport of a system which is between two reservoirs, at e.g. different
chemical potentials, is one of the most common but also most important ways to put a quantum
system out of equilibrium. Such a situation is relevant not only for charge transport but also
for other transport properties such as spin transport or Hall transport for systems which are put
under a magnetic field. I will discuss in this talk the recent progress done on the theoretical front,
using in particular Keldysh technique, to deal with various situations such as the transport
between two superconducting reservoirs with and without loss of particles, or to the transport
in presence of a time dependent noise. These situations can be directly relevant
for experimental situations encountered in cold atomic gases and I will present such realizations, and in particular recent experiments concerning Hall transport.
