Nanostructured surface compresses laser pulse in conventional optics.

Fraunhofer ILT uses lasers to make customizable chambers within patient's body.

To create a hub of expertise in high-power, fiber laser research, and to develop quality optical fibers.

University of Illinois calibration target ensures consistent performance in imaging operations.

KIT, Karlsruhe, develops new type of optical resonator to track movement of nanoparticles in space.

Tests using Tyndall National Institute lung tissue phantom indicates value of technique in clinics.

University of Alberta optical approach produces colorized images without staining.

Developers at NTU, Singapore, say it promises new approaches to disease diagnosis and study of viruses.

Prototype will feature laser from GA and beam director from Boeing.

...and succeeds in medical diagnostic imaging without image reconstruction for the first time in the world.

NC State improves the performance of III-nitride materials and addresses the green gap.

Company describes solution as “an entirely standalone secure communication system based on photonic integrated circuits.”