The team's findings were published in Nature in a paper titled "Integrated Lithium Niobate Microwave Photonic Processing Engine." It is a collaborative research with The Chinese University of Hong ...

The integration of microwave photonic components in photonic-integrated circuits is crucial to the implementation of low-cost, advanced microwave photonics. Although microwave photonics has unique ...

This was achieved using a novel co-designed system that integrates monolithic microwave circuits with photonic components. By embedding a distributed coplanar waveguide resonator on lithium tantalate ...

Researchers have developed a compact ultra-broadband electro-optic comb that fits into a chip smaller than a coin. The device achieves an impressive 450 nm of light precision, boosts bandwidth, and ...

Fiberoptic cables, which underpin most modern networks, are a type of photonic technology. They use visible light to transmit ...

Photonic integrated circuits that utilize photons to process information at the speed of light. Active areas of research include: Silicon Photonics, Quantum Integrated Photonics (Quantum Computing, ...

The equipment in the Integrated Magneto Photonics Laboratory serves the fabrication, testing, and analysis of photonic and piezoelectric structures, materials, and film-based devices. Research in ...

By embedding a distributed coplanar waveguide resonator on lithium tantalate photonics integrated circuits, the team significantly improved microwave confinement and energy efficiency. The device ...