Dominic Bresser, KIT

Solid state batteries can advance electro mobility: Lithium metal as the anode material and a solid state electrolyte (SSE) make it possible to increase the energy density and thus extend the range of electric cars. "The safety will also significantly improve, as the battery cells no longer contain liquid and easily combustible components," explains Dominic Bresser. "In addition, the robustness of the cells increases, making handling, cooling and system integration easier." In the joint project coordinated by the BMW PLC, partners from science and industry are looking at the entire value chain: from the selection of materials to processing and scaling to recycling.

Nsikanabasi Umo, KIT

The cold deserts in the far north are also among the dust sources that affect climate. In the Arctic, they influence cloud formation, glacier melt due to sedimentation, and the ocean's carbon uptake. Martina Klose took part in a measurement campaign in the Icelandic desert Dyngjusandur. "We want to find out how dust particles are emitted and transported and how they influence cloud formation," says the climate researcher. Due to their volcanic and glacial origin, in particular large particles likely differ in porosity and shape from dust from other deserts. This could affect how long dust particles remain suspended in the air.

Peter Neher

For his outstanding achievements in battery research, Dominic Bresser receives the Carus Medal of the Leopoldina – National Academy of Sciences. The physical chemist develops alternative electrode materials and electrolyte systems for lithium-based batteries and related technologies. He, thus, contributes to improving energy storage, making it more sustainable and expanding the range of storage technologies. Among the recipients of the Carus Medal are four subsequent Nobel Prize winners: biochemist Jacques Monod, biologist Christiane Nüsslein-Volhard, physicist Stefan Hell and, most recently, biologist Emmanuelle Charpentier.