Laboratory of Hybrid Photonics
Interested? Check out our student projects or our currently open PhD position.
We use nonlinearities in state-of-the-art lithium niobate and silicon-on-insulator circuits to address terahertz applications.
We use hybrid silicon-organic metasurfaces to achieve pixelated, high-efficiency control of free-space light at gigahertz speeds.
We explore the physics and limits of sub-cycle metrology techniques down to the quantum limit.