The Computational Physics Group uses modern computer simulation techniques combined with analytical theory to study a broad range of condensed matter systems with an emphasis on the statistical mechanics of equilibrium and non-equilibrium processes. For this purpose, novel and powerful simulation methodologies are developed in the group and then mainly implemented on high-perfomance computers. Research topics of current interest include liquid state theory, soft matter, nanocrystals, proton transfer, chemical reactions in solution, thermal instability and negative heat capacity, phase transitions, high pressure physics, dynamical instability of classical many-body systems, transport processes and systems far from equilibrium, quantum mechanical many-body systems, hydro- and hemodynamics, as well as robotics, visualization and modern media physics education.