Waveguides controlling emitted light play a part in increased measurement accuracy.

Photothermal process-based system co-developed with Rover Diagnostics, biotech start-up spun out of Columbia.

Stanford University employs needle-shaped beams to improve resolution and image quality.

LAR3S project with two Fraunhofers and Max Planck to develop automated manufacturing methods.

...and U.S. Space Development Agency funding 28 satellites for hostile missile tracking.

University of Glasgow adds quantum interferometry to lidar to see smaller features.

Fraunhofer-led collaboration attaches optical fibers directly to photonic integrated circuits.

Jinan University uses scanning optical tweezers for remote control.

Zhejiang University suppresses background noise to enhance super-resolution image quality.

Team demonstrates entanglement between quantum memory and telecoms-wavelength photons.

Monash and RMIT-led group develops PICs as bridges for data superhighways, replacing bulky 3D optics.

Two methods, developed by EPFL & CSEM, both result in small-scale (10mm) research cells at around 31% conversion.