In order to realize the full potential of molecular nanotechnology it is necessary to develop the ability to control nanosystems from the macroscopic world in such a way that they will perform a predetermined task at the desired time.

Within the flagship BioNanoSystems this challenge is met by aiming to develop and fully characterize nanosystems that are responsive to macroscopic signals.

These signals as a consequence have a predetermined effect on, or in the direct environment of the nanosystem. The focus will be on two types of systems with future commercial potential:

• Addressable delivery systems
• Self-assembled responsive nanodevices and materials

Applications of this technology can be found, among others, in the areas of medicine, food, catalysis, data storage and diagnostics.

Flagshipcaptain:
Prof. dr. G.Th. Robillard
Biomade Technology