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… locations. They benefit from extensive training opportunities, especially in scientific methods, but also in soft skills like application methodology, project management, languages and writing courses. About the Cofund programme With the...

Nat. Comm.: How artificial photosynthesis systems should be designed in the future to remain functional in the long term. In order to convert light energy into chemical energy in an environmentally friendly way, bioelectrodes containing a...

… of our dye-based compounds. Most pleasingly, many of them are indeed soluble in water, giving us a lot of ideas for upcoming studies and collaborative projects within RESOLV! Read more Original Publication: I. Regeni, B. Chen, M. Frank, A. Baksi,...

JACS: Oxygen threatens sustainable catalysts that use hydrogen to produce electricity in fuel cells. Researchers from Bochum and Marseille have developed a way to combat this. Efficient catalysts for converting hydrogen into electricity in fuel...

Laser technology for Solvation research on the spotlight RESOLV opened the New Year with an International Symposium on 'Laser Spectroscopy and Solvation Science'. The meeting took place on Wednesday 8 January 2020 in ZEMOS at the Ruhr University...

… 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...