Fundamental condensed matter research using nanoparticles as versatile model systems

Use nanoscience to understand protein interactions and learn more about protein condensation diseases such as cataract formation

Use bottom-up schemes to manipulate materials structure on the nanoscale, investigate structure-property relationships and use this knowledge to create materials with new and useful properties

Bridging the gap from fundamental nanoscience and technology to the formation of complex food systems

From chameleon polymers to self-healing plastics to bio-inspired materials with adaptive mechanical properties

Use conjugated organic-metal hybrid systems and non-covalent interactions to design materials with unusual responses