Domaines
Quantum optics/Atomic physics/Laser
Condensed matter
Low dimension physics
Non-relativistic quantum field theory, quantum optics, complex quantum systems
Nonequilibrium statistical physics
Quantum information theory and quantum technologies
Quantum optics
Non-equilibrium Statistical Physics
Quantum gases
Type of internship
Théorique, numérique Description
Recent progress in the field of quantum thermodynamics allowed to define and analyze work and heat exchanges between quantum systems, and extend the Second law to nonequilibrium ensemble of quantum systems. However, applying those definitions to concrete situations require to keep track of the full state of the systems, which is intractable for large quantum systems. The intern will join the effort of the group to build a formalism for nonequilibrium quantum thermodynamics involving only a few macroscopic observables, relevant for numerical or experimental analysis of many-body systems. To do so, the intern will apply the concepts developed in the group to paradigmatic examples of many-body quantum systems, whose dynamics is either analytically or numerically solvable, to help identify the best formulations of the theory being developed. The internship might be pursued with a PhD in the group funded via a European ERC project.
Contact
Cyril Elouard