Zhimin Liu

Aug 15, 2024 | science.org | Fabian Ripka |Yu Chi Liu |Julian Schmidt |Zhimin Liu

Editor’s summaryMolecular dynamics detailing the evolution of molecular states has been an intensively studied topic in the molecular and chemical physics community. However, molecular state control is often limited by the interaction between the object (the molecule) and its environment, which can cause unwanted changes in the object’s state. Liu et al. present an approach in which the state of the molecule is preserved by actively correcting environment-induced transitions.

Jun 7, 2024 | nist.gov | Yu Chi Liu |Julian Schmidt |Zhimin Liu |David R. Leibrandt

Skip to main content , Julian Schmidt, , , , The evolution of molecular quantum states is central to many research areas, including chemical reaction dynamics, precision measurement, and molecule-based quantum technology. Details of the evolution is often obscured, however, when measurements are performed on an ensemble of molecules, or when the molecules are subjected to environmental perturbations.