Self-Assembly of Electrostatically-Stabilized Nanocrystal Into Strongly Electronically Coupled Supercrystalline Solids - Dmitri Talapin

Explore a 47-minute conference talk on the self-assembly of electrostatically-stabilized nanocrystals into strongly electronically coupled supercrystalline solids. Delivered by Dmitri Talapin from the University of Chicago at the Kavli Institute for Theoretical Physics conference on Structure Design and Emerging Phenomena in Nanoparticle Assemblies. Delve into the hierarchical approach of nanoparticle assembly for creating functional materials, operating at the mesoscale where atomic nature meets structural complexity. Gain insights into the interdisciplinary nature of nanoparticle assemblies, involving chemistry, materials science, chemical engineering, and physics. Discover the current state of the field, recent developments, and future directions for research in nanoparticle assembly. Learn about key physics concepts and potential technological advances in this cutting-edge area of study.

Self-assembly of electrostatically-stabilized nanocrystal into... ▸ Dmitri Talapin (U. Chicago)