Process exploits interaction of light and sound waves to suppress the scattering by material defects.

Project can digitize materials' reflectance properties more rapidly than previously possible.

System designed to defeat drones and other threats with combination of laser and microwave technologies.

Systems approach intended to enable platform solution with "next-gen" capabilities for mobile Stryker forces.

Group from Wisconsin-Madison and Zaragoza use new math approach with cameras to cut fuzziness, enable video.

Objective of SIGMA+ is to protect cities against diverse chemical threats, expanding on earlier SIGMA’s nuclear focus.

Commercial and research partners including Fraunhofer ILT working to enhance laser powder bed fusion materials and processes.

Support will supplement Glasgow firm’s £7M quantum research program, creating 24 new jobs.

Princeton develops frequency comb-based technology with promising applications in pharma discovery, medical diagnoses.

Hubs at Birmingham, Glasgow, Oxford, and York aiming to “revolutionize sensing, timing, imaging, computing, secure comms.”

Technique developed at Carnegie Mellon University enables noninvasive imaging of delicate organs through turbid media.

Montana State University integrates MEMS device into microscope objective for a high-NA platform.