Optical Science of Nanomaterials

We study the optical phenomena of nanomaterials, with a focus on atomically thin (two-dimensional) materials. These materials, only a few atoms thick, exhibit optical properties fundamentally different from conventional three-dimensional materials. By precisely stacking different atomic layers, we can artificially create novel physical properties and functionalities.

Leveraging cutting-edge optical measurement techniques and nanofabrication technologies, we aim to understand and control light-matter interactions at the atomic level. Our research spans from fundamental physics exploration to the development of new optical functionalities.