# Nuclear Theory Group

*Our main interest can be summarize to:*

*Our main interest can be summarize to:*

*Nonequilibrium processes in strongly interacting Fermi systems ranging from atomic nuclei via neutron stars up to quantum gases*

*Nonequilibrium processes in strongly interacting Fermi systems ranging from atomic nuclei via neutron stars up to quantum gases*

## This can be divided into 5 groups of topics

**Physics of cold atomic gases**:

superfluidity, thermodynamics, exotic phases, Bose-Einstein Condensation (BEC), physics of BEC-BCS crossover, dynamics of superfluid vortices, viscosity, quantum turbulence.

**Physics of atomic nuclei**:

structure of atomic nuclei at extreme conditions: high angular momenta, exotic deformations, large mass numbers, large neutron to proton ratio.

**Nuclear dynamics**:

fission & fusion, induced fission, low energy reactions.

**Neutron stars**:

structure and stability issues, superfluid properties.

### Concerning general theoretical issues related to quantum many body systems:

- Path Integral Monte Carlo approach to strongly correlated Fermi systems
- Density Functional Theory (static and time-dependent)
- Non-linear dynamics, chaotic motion, semiclassical methods,
- Non-equilibrium statistical mechanics (transport theory)