Multiscale Approaches to Dispersion Modelling - IPAM at UCLA

Explore multiscale approaches to dispersion modelling in this 49-minute conference talk by Timothy Gould from Griffith University, presented at IPAM's Multiscale Approaches in Quantum Mechanics Workshop. Delve into the complexities of van der Waals dispersion physics, focusing on its local nature and the challenges that arise in materials with one- or two-dimensional interactions. Examine the mathematical techniques used to model these behaviors, their successes, and limitations. Gain insights into illustrative cases and follow Gould's personal history with dispersion force modelling. Investigate the open problem of bridging Type B and Type C interactions, learn strategies for avoiding the random phase approximation, and discover the applications of ensemble density functional theory in this field.

Intro
Dispersion force modelling - a personal history
How do we pet a platypus?
Open problem: bridging Type Band Type C
Avoiding the random phase approximation
Ensemble density functional theory