background shape To main content To navigation

My research project aims to achieve a molecular-level understanding of the CO2 hydrogenation reaction on gas-phase bimetallic clusters, knowledge that is crucial for the rational design of future catalytic materials. We produce bimetallic free clusters from a target material across a wide compositional range by employing a laser ablation source and subsequently adsorb CO2 and H2 to characterize the structures of the clusters, cluster-molecule complexes, and intermediate products using IR photofragmentation spectroscopy, supplemented by Density Functional Theory calculations.

Label Content
Research groups Condensed Matter Physics

My publications

Size-Selective CO2 Activation by Vanadium-Doped Cobalt Clusters

Less information

Vibrational spectroscopy, structure and bonding in the family of aluminium-doped niobium clusters, AlNbn+, n = 5–9

Less information

Resolving spin state discrepancies of small cationic iron clusters by far-infrared vibrational spectroscopy

Less information

My news