Professor Lee presented in the symposium “Molecular-Level Understanding of Structure and Dynamics at Electrochemical Interfaces” on “Probing Charge Transfer and Reactions at Electrified Solid–Liquid Interfaces Using Ab Initio Potentiostat.” at the ACS National Meeting in Washing D.C. Her talk highlighted the CeMi Lab’s development of a computational framework that leverages the ab initio potentiostat to investigate electrocatalytic reactions and charge-transfer processes at liquid–solid interfaces. The work provides new insights into molecular processing in hydrogen fuel cells and semiconductor engineering, including the oxygen evolution reaction and dynamic spin fluctuations of near-surface quantum defects in diamond.
Many thanks to the organizers for bringing together such an outstanding group of experts and to the ACS PHYS Division for sponsoring this symposium.
