Research Areas

Research Areas

Understanding the quantum physics of light–matter interfaces is fundamental to a wide range of applications, including quantum sensing, metrology, quantum information processing, and superradiant lasing. Our research focuses on the theoretical description of open system dynamics in such platforms, where excitation loss, photon leakage, and the degradation of quantum coherence and correlations are key challenges. We investigate systems ranging from single atoms and molecules to arrays of coupled dissipative quantum emitters, extending up to macroscopic quantum phenomena in cavity optomechanics.