Developed with the University of Toronto, the system uses VCSELs to monitor blood flow and oxygenation at the same time.

Planned two-stage investment from Merck Global Health Innovation Fund for development of automated image analysis.

High-stability “super-radiant” source based on rubidium atoms could have applications in atomic clocks and navigation systems.

Orlando-headquartered company expects to reduce optics cost by 40%, driving expansion in both defense and commercial markets.

Projects in materials processing and terahertz imaging are among new contracts for the French optics technology center.

Leading developer of femtosecond fiber lasers agrees exclusive licensing deal with Laboratoire Charles Fabry.

Achievement "opens up completely new applications for the already commercially successful OLED-technology."

Three projects, two photonics, one IT, designed to meet ballooning demand for optical network automation and boost data capacity.

Researchers at Vienna University of Technology have significantly speeded up a two-photon solid prototyping technique.

Austrian researchers show that an advanced form of the spectroscopic technique can detect explosive materials inside containers from 100 meters.

Two new products demonstrate the company's faith in silicon carbide-based LEDs for performance and efficacy.

Key figures from the world of silicon photonics update optics.org on the latest progress in this perennially hot topic.