Dynamic Processes in Molecular Systems and Sustainable Chemistry

The research in the Sebastian Meier Group focuses on the discovery and characterization of dynamic processes in molecular systems, with an emphasis on reactions relevant to sustainable chemistry and biochemistry. Our group combines spectroscopy, chemical synthesis, and molecular design to understand molecular conversions, interactions, and functional processes in complex chemical and biological systems. The group is part of the NMR Spectroscopy unit of Organic Chemistry.

Research

Our activities include the use and development of high-resolution spectroscopic methods and probe molecules to study complex systems at the interface of chemistry and biology. Research focuses on functional characterization of living cells, biomimetic catalysts, solvent effects, and the formation and degradation of biological and bio-sourced polymers.

Current projects investigate catalyst functions, chemical processes in living cells, solvation effects, and the efficient formation of bio-sourced products, as well as reactions relevant to the origins of life. In addition, we develop assays for high-resolution molecular characterization of binding reactions in supramolecular biochemical and chemical systems.

Contact

Sebastian Meier

Sebastian Meier Professor Department of Chemistry Mobile: 61 77 92 72

Vacancies

Ongoing research projects involve mechanistic studies to uncover the origins of selectivity in CO₂ hydrogenation, as well as the development of high-entropy oxide catalysts for the reverse water-gas shift reaction.

Our group is also involved in Reformable, a pre-commercial DTU startup that deals with catalytic dry reforming of methane and CO2.

Group members