Lab specified to verify beam quality of firm’s 50 kW-class laser architecture designed for the U.S. Army.

Norway’s NTNU and partners use graphene nanosensors to quickly detect coronavirus in blood.

Described in Nano Letters journal as “on-chip factory”, necessary for photonic-based quantum technologies.

1130 nm emitters from ams Osram enable outdoor operation for autonomous platforms.

Technology helps sensor and camera systems perform optimally by keeping optics transparent.

Development of optical combiner with displays firm VividQ touted as a game-changer for nausea-free virtual experiences.

Swept scanning approach achieves faster frame rates to capture rapid movements.

EPFL, ETHZ and Harvard team develops new thin-film circuit that creates THz laser waves.

Described by the company as a “milestone to help move toward the goal of laser fusion.”

Development by University of Bath physicists should protect data communications, even when fiber is twisted or bent.

With Laseroptik and Raylase to adapt testing for optics to modern high-power components.

Poland's ICTER uses parallel interferometry to monitor prefrontal cortex.