The Sun Group

ÃÛÌÒ´«Ã½Æƽâ°æÏÂÔØ the Sun Group

Our group investigates quantum optical phenomena arising from interactions between single quantum emitters and confined light in photonic devices. In addition to uncovering new regimes of quantum light–matter interaction, we use these systems to study quantum light transport, nonclassical light generation, entanglement distribution, and photon-mediated interactions. We also develop quantum control and noise spectroscopy techniques for spin physics and quantum sensing, while exploring emerging regimes of emitter-mediated optomechanics.

Research Areas

Quantum light generation

Deterministic single photons, entangled photons, and nonlinear quantum optics.

Spin–photon quantum networks

Remote entanglement, photon-mediated interactions, and distributed quantum systems.

Quantum control and sensing

Noise spectroscopy, coherent control, and solid-state quantum sensing.