Two RESOLV groups, led by Prof. Havenith and Prof. Marx, published in Science Advances. When exposed to high temperatures and pressure, water enters a state in which liquid and gas can no longer be distinguished. For a long time, there has been controversy about how this looks like on a molecular level.

Three RESOLV research groups, led by Prof. Huber, Prof. List, and Prof. Merten, combined their expertise to reveal the first highly enantioselective example of Asymmetric Counteranion-Directed Halogen Bonding Catalysis. Their results were published in JACS.

Two RESOLV research groups, led by Prof. Hansmann and Prof. Kasanmascheff, published their findings on a new class of diradicals in Angewandte Chemie International Edition.

Two RESOLV research groups, led by Dr. Cornella and Prof. Neese, published new findings on the excited state dynamics of N,C,N-Pincer Bismuthinidene and the mechanism of oxidative addition into aryl iodides in JACS.

Two RESOLV research groups, led by Prof. Kasanmascheff and Prof. Happe, published new findings on the properties of an iron-sulfur cluster in the hydrogen-generating hydrogenase CrHydA1 in Angewandte Chemie International Edition.

Oxygen can destroy hydrogen-producing enzymes. Researchers from Bochum and Osaka have discovered how an extraordinary protein survives in the presence of oxygen.

RESOLV ECR group leader Dr. Josep Cornellà and RESOLV Principle Investigator Prof. Frank Neese and their teams published fascinating findings in Nature Chemistry.

Researchers have gained valuable insight into the development of prion diseases of the brain.

They are highly selective and can be easily separated from the reaction mixture: single-atom catalysts combine the advantages of homogeneous and heterogeneous catalysis.

Covalent organic framework compounds are more active as catalysts than one would expect. Researchers have now discovered why.