Our research team works on a broad spectrum of projects from ** statistical physics**, which is the branch of theoretical physics that seeks to understand the emergence of specific macroscopic properties of systems with many, microscopic interacting particles. Our research ranges from many body physics (classical and quantum) over

** Biological systems** are manifestly far from equilibrium, since they consume continuously energy for instance in the form of ATP. In collaboration with several groups from the life science departments of the Saarland University and within the collaborative research center SFB 1027 we work on the

The statistical physics of ** systems far from equilibrium** is still one of the most challenging fields in modern theoretical physics. Most natural systems, not only biological ones, are out of equilibrium. For instance the non-equilibrium dynamics in disordered systems takes place on enormously long time scales (in glasses theoretically even time scales of the order of the age of the universe) that it is called

** Quantum statistical physics** is concerned with collective phenomena in systems with many quantum mechanical degrees of freedom (electrons, bosons, spins, qbits, etc). Paradigmatic examples, also studied in our research group, are

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