Rainer D. Beck

Rainer D. Beck is a Full Professor at the École Polytechnique Fédérale de Lausanne (EPFL), affiliated with the School of Basic Sciences (SB) and the Department of Chemistry and Chemical Engineering. He leads the Group for Gas-Surface Dynamics (GGS). His research focuses on molecular-beam surface science, quantum state-resolved reaction dynamics, and advanced spectroscopic techniques to probe gas-surface interactions.

Key research interests include methane dissociation mechanisms, vibrational energy redistribution in surface scattering, and catalytic activity on metal surfaces like Ni, Pt, and Au. His work combines experimental methods (e.g., reflection absorption infrared spectroscopy, bolometer tagging) with theoretical modeling to understand reaction pathways and surface reactivity.

Recent studies emphasize the role of surface oxidation, site-specific dissociation, and quantum interference effects in molecule-surface interactions. Notable contributions include uncovering vibrational mode-specific reactivity and developing techniques to measure dissociative sticking probabilities.

He has advised over 10 PhD students and collaborates internationally. His lab, GGS, explores topics like water dissociation on Cu surfaces and methylidyne adsorption dynamics. Awards and grants are not explicitly listed but imply sustained research excellence.