The Laboratory of Quantum Materials is dedicated to discovering novel quantum phenomena in condensed matter systems, engineering quantum materials, and manipulating their quantum properties. Through theoretical and experimental investigations, we explore emergent quantum states of matter exhibiting full quantum effects that transcend the Born-Oppenheimer approximation, thereby furnishing the scientific underpinnings for the realization of next-generation quantum devices.
Machine learning - enabled simulation and rational design of quantum structures; in - situ imaging growth kinetics of quantum materials, phase transition dynamics, and material property manipulation at the atomic level; quantum acoustics chip fabrication and device implementation.