Nonlinear Photonics for Coherent Computing and Signal Generation

Our scientific interests lie in the fields of nanophotonics, quantum optics, and quantum computing. We are engaged in the development and study of the nonlinear and quantum properties of the electromagnetic field in integrated photonic circuits. The use of such integrated systems allows for the development of compact devices with unique properties: stable laser sources with low phase noise, spectrometers, gyroscopes, sensors, sources of coherent and soliton frequency combs, microwave signal generators, sources of non-classical states of light, as well as optical and quantum computers. The presentation will discuss the latest results obtained from research in these systems.