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Adaptive functional polymers and nanocontainers
Introducing structure hierarchy to mechanoresponsive materials to access multifunctionality
Project leader: K. M. Fromm
Team: A. Studart, C. Weder, A. Kilbinger, F. Scheffold, M. Mayer, E. Dufresne, E. Amstad
External stimuli trigger a number of chemical processes in nature. For instance, the crystallization in teeth, nacre and bone is controlled by extracellular matrix proteins (biomineralization). Inspired by these examples, this project targets the development of mechanoresponsive polymers and nanocontainers that provide hierarchical responses as a function of the stress to which they are exposed. The work planned builds on previous experience of the team on silver nanorattles, poly(N-isopropylacrylamide) (PNIPAM) derivatives, the synthesis of gels and hydrogels based on dipeptides, and luminescent metal/ligand complexes, which find application in cell imaging as well as in antimicrobial formulations.
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Involved people
- Related publications
- Related projects as project manager
Projects of AMSTAD Esther
Projects of DUFRESNE Eric
Projects of FROMM Katharina
Projects of KILBINGER Andreas
Projects of MAYER Michael
Projects of SCHEFFOLD Frank
Projects of STUDART André
Projects of WEDER Christoph