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The NoDiCE project focuses on understanding non-equilibrium diffusion processes at the nanoscale. It employs advanced microscopy techniques to study how colloidal particles behave in complex environments, aiming to uncover new self-organization strategies and enhance our understanding of particle dynamics.
Diffusion is at the root of a huge number of microscopic structural and transport processes.
During the last century, Einstein and Boltzmann's theories were successful in describing equilibrated systems, but they are not applicable to numerous strongly non-equilibrium conditions in nano-technological and macromolecular-scale biological contexts.
Notably, many systems involve energy injection at an interface, either under dissipative shear flows or chemical reactivity.
These common non-equilibriu…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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