Smaller than conventional devices, made of three small chips plus electronics and optics, new clock is based on semiconductor laser and frequency combs.

Integration of gallium nitride emitters with CMOS electronic driving circuit promises better image quality and energy efficiency than current OLED or LCD displays.

Optics of Photosynthesis Lab says better detection of chlorophyll fluorescence improves sensing of terrestrial carbon sinks, plant health.

Fraunhofer ILT project eVerest develops laser machine that triple production rate of tools for car parts.

Low-cost, high-spec scope from University of Connecticut suits low-resource situations, such as in developing countries.

Helium-cooled source suited to industrial applications, promising “new areas of laser processing,” says firm.

Capacity of first US quantum-secured optical network "Phio" boosted, making affordable secure communications for Wall Street traders.

Design allows for system miniaturization and long-life solutions where previous technologies could not; also intended to replace mercury lamps.

RMIT University gathers data for stereo imaging from the fiber bundles commonly used in 2D endoscopy.

BMBF research project targets integrating metal AM into automotive series processes across Germany.

University of Twente develops method to inject “smart tattoos” for potential health monitoring options.

Kit developed by Physical Optics Corporation expected to produce high-performance fiber on board International Space Station.