New approach to tumor therapies to reduce side effects and costs and increase availability in the future – KIT and DKFZ project funded by the Carl Zeiss Foundation

Award for outstanding research achievements with international resonance in the field of chemistry of cluster compounds

The RTG, which will be funded from October 2025, focuses on sustainable hydrogels, which are important in many life science applications such as food science and pharmacy due to their biocompatibility. Synthetic polymers could be replaced by sustainable polysaccharides from land plants and algae, but this leads to different gel properties. The RTG “Sustainable hydrogels: From chemical structures to applicability” looks at the entire life cycle of these hydrogels, from formation to ageing.

New fiber optic test track at KIT to drive research and development in quantum network technologies

Challenges and solutions for the future mobility - The KIT Mobility Systems Center presents itself and its current research

Artificial intelligence (AI) methods enable precise predictions of material properties in the formation of perovskite material for solar cells