DFG Project

Nanometerpräzise und multifunktionale Porenfunktionalisierung durch Benetzungssteuerung

Especially in the context of sensing, monitoring and the design of selective or coupled transport phenomena, multifunctional nanopores will be needed. Currently we are working on different strategies using interface effects such as wetting and the combination of differnet materials or looking at re-initiation of polymers and block-co-oligomer formation to place multiple functions into individual nanopores.

Currently involved team members: Laura Czerwenka

Formerly involved team members: Maria Ochs

Collaboration Prof. Vogel FAU Erlangen:

Funding: DFG