Fluxionic

Controlled transport of liquid matter through channels with dimensions from Ångströms to nanometres promises huge technological and socio-economical impact. At these scales, however, unconventional physics emerges due to enhanced fluctuations, prevalence of surfaces and granularity of matter. Novel experimental and computational approaches are then needed. Fluxioncs will ensure the concerted development of these approaches and their application to exciting system. The project will also train future scientific leaders in the rapidly growing field of nanofluidics.