His work has spanned several areas of AMO physics, including trapped ions, Rydberg atoms, ultracold polyatomic molecules, quantum information, and precision searches for new physics with AMO systems. Â
Title: Ultracold Molecules: From Quantum Chemistry to Quantum Computing, Abstract: At ultracold temperatures, we can prepare reactants in well-defined quantum states. Doing so allows us to study the quantum dynamics of individual reaction channels. I will present our work on ultracold chemistry using triplet NaLi molecules. First, we discovered strongly spin dependent chemistry. For certain […]