Modern condensed matter physics is concerned with phenomena that emerge from interactions of a large number of interacting particles. Our group investigates the properties of condensed matter across a broad range of length scales and physical conditions, using a combination of theoretical and computational methods. We focus on low-dimensional materials and surfaces, supercooled liquids and glasses, soft matter, as well as novel quantum materials. We develop and use bleeding-edge simulation techniques, bridging ab-initio methods, enhanced sampling techniques and machine learning algorithms.