Experimental strategy overcomes longtanding challenges of expansion technique and improves resolution.

“MOBY-Refresh” will enable more precise undersea measurements of sunlight’s wavelengths for environmental monitoring.

Laser pulses could help to reveal details of molecular dynamics.

Bordeaux team employs femtosecond laser in gigahertz-burst mode; potential benefits for electronics.

Project PriMe intended to speed classification of biofilms with marker-free, contactless imaging.

University of Twente team claims “major breakthrough” in performance of RF signal processors.

Swiss maker of high-end solar cells works with world-leading labs to industrialize tandem cells yielding more than 30% efficiency.

TMOS project combines InP and nanowire design for miniaturized medical devices.

To enable new chip designs for high-speed optical communications, military and medical applications.

Promising chip-based communications that process data faster than electronic-based devices.

Tabletop source spans UV-THz wavelengths and is five times brighter than most powerful synchrotrons.

Partners will upgrade laser system to research nuclear fusion as a future new energy source.