Laboratory of Hybrid Photonics
The Hybrid Photonics Laboratory at EPFL develops electronic-photonic chips for applications in fundamental and applied sciences. For this, we combine ultra-high speed signals in the microwaves and terahertz with optical ones inside the latest integrated photonics and metasurface technologies.
Interested? Check out our student projects or our currently open PhD position.
Interested? Check out our student projects or our currently open PhD position.
Hybrid electro-optic device that can be used for detection and generation of terahertz light.
Research
Integrated terahertz photonics
We use nonlinearities in state-of-the-art lithium niobate and silicon-on-insulator circuits to address terahertz applications.
Gigahertz-speed metasurfaces
We use hybrid silicon-organic metasurfaces to achieve pixelated, high-efficiency control of free-space light at gigahertz speeds.
Advanced sub-cycle metrology
We explore the physics and limits of sub-cycle metrology techniques down to the quantum limit.