Our Research Focus
Our group's research delves into the intricate dynamics of molecular–quantum light interactions. We aim to uncover the fundamental principles governing these interactions and explore their implications in quantum technologies and chemistry. With a multidisciplinary approach, we investigate the potential of quantum light in revolutionizing molecular dynamics and spectroscopy. Moreover, we are interested in studying metastable states in chemical reactions and bridging non-Hermitian quantum mechanics and open quantum systems theory.
Featured Publications
Controlling Photoisomerization with Hybrid Cavities
Delve into our recent publication that utilizes mode interference in hybrid cavities to enhance photoisomerization by directing relaxation toward the desired product, illustrating a new mechanism for cavity-modified chemistry.