Light-matter interactions in perovskites (Conference Presentation)

The ability to probe and control light-matter interaction at the nanometer scale not only advances frontiers of fundamental science, but also is a critical prerequisite to device applications in electronics, sensing, catalysis, energy harvesting, and more. Exploiting and enhancing the originally weak light-matter interactions via nanofabricated photonic structures; we will be able to sense chemical species at single molecule levels, to devise better imaging and manufacturing tools, to transfer data more efficiently at higher speed. In this invited talk, I will present recent progress in Prof. Xiang Zhang's group on the subject of light-matter interaction in perovskites.