Dr. Lars Mohrhusen
“We develop new material combinations and provide model systems to contribute to understanding down to the atomic level. The materials generated in this way are to be used as more sustainable (photo)catalysts for the conversion of greenhouse gases, for instance. However, the know-how gained will also have an impact on completely different areas of technology. This deep understanding will contribute to a sound basis for the future development of tailor-made materials. SINATRA is the ideal environment to develop fundamental structure-property relationships into scalable approaches to solve current and future challenges of the energy and raw materials transition.”
“We develop new material combinations and provide model systems to contribute to understanding down to the atomic level. The materials generated in this way are to be used as more sustainable (photo)catalysts for the conversion of greenhouse gases, for instance. However, the know-how gained will also have an impact on completely different areas of technology. This deep understanding will contribute to a sound basis for the future development of tailor-made materials. SINATRA is the ideal environment to develop fundamental structure-property relationships into scalable approaches to solve current and future challenges of the energy and raw materials transition.”
Junior Research Group Leader
University of Oldenburg

Foto: Ahnen&Enkel/Silke Reents
Scientific career and research areas
Lars Mohrhusen studied chemistry at the Carl von Ossietzky University of Oldenburg between 2011 and 2016 and completed his PhD (2017-2021) on the topic of point defects in the titanium dioxide modification rutile in bifunctional catalysts and their influence on (photo)catalysis, also at the University of Oldenburg under the supervision of Prof. Al-Shamery. He then had a PostDoc stay (2021-2022) in the USA at Harvard University, Cambridge, with Professors Cynthia Friend and Robert J. Madix, where he worked on model studies on Pd-based alloy catalysts at the DOE Energy Research Frontier Center (EFRC) “Integrated Mesoscale Architectures for Sustainable Catalysis” (IMASC). This was followed by another PostDoc stay (2022-2024) in Denmark at Aarhus Universitet with Prof. J. Lauritsen to characterize 2D MoS2 nanoparticles for hydrodeoxigenation of bio-oils using (operando) STM and XPS, before returning to Germany to Carl von Ossietzky University of Oldenburg in 2024 to head an independent junior research group and the project “Su2nCat-CO2”.
The research focus is on the development of hybrid material combinations of readily available elements for use as thermal and photochemical catalysts. Oxide semiconductors (e.g. titanium dioxide) are combined with inorganic or organic nanostructures and characterized by means of spectroscopy (XPS, FTIR), microscopy (STM, SEM) and diffraction experiments (LEED, XRD) as well as reaction and kinetics.The research focus is on the development of hybrid material combinations of readily available elements for use as thermal and photochemical catalysts.