In nature, light and matter are constantly interacting – photons are absorbed or emitted, they induce chemical reactions and drive the transport of charges. When such interactions occur inside a wavelength-scale region confined by a photonic nanostructure they can change dramatically, giving rise to new and exciting
effects. In our research, we explore artificial structures with which we may produce complex materials with new properties and control the interaction of light and matter. We focus on several aspects of this theme, which lie at the meeting point of chemistry, quantum physics, optics and materials science.
Strong Interaction of Molecules with Light
We investigate the optical properties of organic molecules (dyes) coupled to optical devices, aiming toward understanding quantum many-body processes in such hybrid systems and controlling these interactions. Gaining such control is important for photo-chemistry, light-harvesting and organic light-emitting devices.
