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The group works on a very broad spectrum of problems, from standard quantum optics, through physics of matter, to quantum information theory, and physics of ultracold atoms.

The group will continue tradition of the Hannover group and work on a very broad spectrum of problems; from standard quantum optics, through physics of matter in ultra-intense and ultra-short laser pulses, to quantum information theory (mathematical foundation and implementations in atomic, quantum optical and condensed matter systems), and physics of ultracold atoms (from weakly interacting systems, non-linear atom optics) to strongly correlated systems, lattice gases, Hubbard models etc.

Projects:

Attosecond physics

Disordered ultra-cold atomic gases

Dynamics of entanglement in many-body systems

Frustrated ultra-cold atomic gases

Local Quantum Information Processing

Ultra-cold atomic gases in non-abelian gauge fields

Quantum channel capacities

Spintomics

Theory of entanglement

Ultracold atom and atomic gases: laser cooling and manipulations

Ultracold dipolar gases