This project is inspired by homeostasis of living systems. We aim to establish a tunable soft matter system that self-regulates its properties such that it becomes resistant to perturbations. To reach this goal, we propose to couple photochemical and thermoresponsive soft matter systems, where exothermic, light triggered reactions in micelles or polymer colloids generate heat that increases the systems temperature above the lower critical solution temperature of a thermoresponsive polymer. We aim to establish a negative feedback mechanism between thermoresponsive and photochemical systems which can self-regulate their temperature.
| Braunschweig, Björn | Professorship of physical chemistry (Prof. Braunschweig) |
| Næsborg, Line | Independent Junior Research Group Dr. Line Naesborg (SupraPhoto lab) |
| Braunschweig, Björn | Professorship of physical chemistry (Prof. Braunschweig) |
| Næsborg, Line | Independent Junior Research Group Dr. Line Naesborg (SupraPhoto lab) |