Two papers in Angewandte Chemie involving several UniSysCat groups show the versatility of Covalent Organic Frameworks (COFs) as materials for coupled photo- and electrocatalysis.
A recent operando study involving the UniSysCat group of Beatriz Roldan Cuenya reveals decisive parameters in the electrochemical CO2 reduction reaction that were previously not understood.
A research team from the group of UniSysCat member Prof. Martin Oestreich introduced a deuteration technique by which otherwise expensive or noncommercially available NMR solvents can be prepared.
A research team including the group of UniSysCat member Adam Lange from FMP Berlin could directly visualize the ions in a variety of different ion channels under near-native conditions using solid-state NMR spectroscopy and...
An international team involving the UniSysCat group of Prof. Heberle successfully deciphered the pathway of chloride ions through a light-powered rhodopsin. Their findings make up a detailed „movie of a moving chloride ion“.
A team involving UniSysCat group leader Tobias Gensch presents kraken, a new database employing machine learning methods to predict properties of new ligands for catalysis.
A UniSysCat team around Prof. Beatriz Roldan Cuenya applied electron microscopy to track the dynamic evolution of copper catalysts in real-time under reaction conditions.
Artificial Intelligence decodes catalyst performance based on "materials genes of catalysis" which encode crucial material properties. Researchers from NOMAD, FHI Berlin and BasCat have proposed a new approach for modeling...
With ultrashort X-ray laser pulses, a research team involving the UniSysCat groups of Athina Zouni & Holger Dobbek gained important new insights into the function of photosystem II, a key catalytic system in photosynthesis.