- ◦ Degenerate Bose and Fermi gases
- ◦ Strongly interacting systems
- ◦ Dipolar condensates
- ◦ Polariton and Exciton condensates
- ◦ Spinor quantum gases
- ◦ Optical lattices
- ◦ Open quantum systems
- ◦ Coarsening Dynamics
- ◦ Strongly correlated systems
- ◦ Thermalisation and prethermalisation
- ◦ Kibble-Zurek mechanism and critical phenomena
- ◦ Non-thermal fixed points and highly excited metastable states
- ◦ Quantum turbulence
- ◦ Solitons, vortices and collective phenomena
- ◦ Quantum quenches and phase transitions of interacting systems
- ◦ Quantum transport and hydrodynamics in strongly interacting systems
- ◦ Monte-Carlo methods for quantum dynamics
- ◦ C-field methods, such as classical field theory
- ◦ stochastic Gross-Pitaevskii equation (SGPE), truncated Wigner approximation
- ◦ Multi-configuration time-dependent methods such as MCTDHF
- ◦ Gutzwiller and related approaches for lattice systems
- ◦ Dynamical mean-field theory
- ◦ Methods for open systems such as master equations
- ◦ Exact solutions
As in previous meetings, we will include a significant number of participants from experimental research from a number of fields to facilitate direct interaction between experimental and theoretical research in out-of-equilibrium quantum systems.
