서민교 연구실

Developing quantum photonic integrated circuits on a chip using nonlinear optical micro-resonators made of LiNbO3 for large-scale quantum information processing, including entangled photon pair generation and quantum optical devices.

Developing micro-/nano-resonators with high quality factors to enable strong light-matter interactions and single-photon nonlinearity for quantum optical processes and quantum information applications.

Developing advanced measurement methods for quantum correlation functions, single-photon spectra, and quantum tomography to characterize quantum optical phenomena and nanophotonic devices.

Understanding and enhancing resonant light-matter interactions using optical nanostructures including plasmonic and dielectric resonances for applications in sensing, nonlinear optics, and nanophotonics.