TOP NWO grant for Prof. Feringa

The research program is focussed on the design and function of molecular switches and motors and dynamic nanosystems. The control of molecular motion is considered one of the most important fundamental developments in the field of chemistry. This rapidly emerging area, moving molecular design to non-equilibrium systems and from molecules to functional molecular systems, provides the basis for future smart and dynamic materials that respond to external signals, molecular motors, nanomachines and biohybrid molecular devices among others. The research program will push the frontiers of dynamic molecular systems specifically molecular motors including demonstrating directional rotary motion at thesingle molecule level, controlling directional translational motion and molecular transport at interfaces under ambient conditions, exploit the cooperative action of assemblies of motors and control of biological function by molecular switches and rotary motors.