Search

… to the potential of synthetic enzymes, which are regarded as a major step towards potential applications," says Dr. Adrian Ruff from the project team. Technological approaches such as the introduction of special electrode materials, the use of gas...

We can offer you a brand new access point to RESOLV and solvation research. Since the dawn of RESOLV in 2012, we had one primary goal: To establish Solvation Science as a new research field. Besides the lab work, sharing our results with...

Nat. Comm.: Researchers have combined two concepts that make the system as efficient as precious metal catalysts. Fuel cells that work with the enzyme hydrogenase are, in principle, just as efficient as those that contain the expensive precious metal...

Nat. Comm.: The mechanism protects sensitive enzymes from oxygen. It obtains its energy from sugar. Enzymes as biocatalysts can work just as efficiently in fuel cells as expensive precious metal catalysts. However, the enzymes, known as hydrogenases,...

JACS: New organic ligands assemble into structrures that offer new options for fullerene solubilization and modification Fullerenes are spherical molecular structures made only of carbon. The most famous fullerene is the C60, a football-shaped object...

The RESOLV cluster of excellence has successfully completed its first funding period and intends to aim even higher in the future. Next stop: space. (Deutsche Version unten) The balance sheet for the first seven years in the Ruhr Explores Solvation...

RESOLV and CALSOLV co-organised Solvation Science sessions at the American Physical Society (APS) March Meeting 2017, which took place in New Orleans from the 13th to the 17th of March. Martina Havenith, speaker of RESOLV, and Teresa Head-Gordon,...

Angew. Chem. Int. Ed.: Since they are so tiny, it is difficult to investigate single nanoparticles. However, this is exactly what researchers are aiming for in order to tailor their properties. For that purpose, they came up with a trick. ...