Exploiting Force Fields to Control Assembly and Dynamics Over Multiple Length Scales

The fields of colloidal, macromolecular, and polyelectrolytes utilize multiple force fields to realize new properties and functions that solve problems in a variety of industries ranging from energy and environment, pharmaceuticals and biotechnology, and advanced materials manufacturing. Theory and simulations are interwoven with experiments and applications to facilitate new breakthroughs in these fields.

The topics covered include coacervate phase behavior and dynamics, field-driven and active colloidal assemblies, bioinspired soft matter, elastomeric and glassy polymers, electrostatic and electrokinetic effects in polymers and colloids, ionic liquids, machine learning for self-assembly, colloids at interfaces, and applications to batteries, sprayable fluids, and conductive displays.

We welcome new and experienced researchers to join us for an exciting program.