University of Windsor uses textile structure as integral part of illuminated elements.

University of Southampton microfluidic device could help tackle E. coli in developing countries.

Technique combines nanolithography, microfluidics and organic chemistry.

Training and development program taking place at Cork's Tyndall Institute to help create future photonics leaders.

Tel Aviv University project could improve color perception by an order of magnitude.

Portfolio to be enhanced with hybrid integrated indium phosphide light sources.

UC3M Madrid's novel imaging method enhances spectral analysis for food, farming and pharma applications.

Laser Doppler vibrometry could lead to rapid and patient-friendly diagnostic technique.

Researchers at NIST make the most sensitive measurements to date of silicon conductivity.

Developer KIT says such sensors could play a key role in telecommunications, as they enable data transmission.

Better understanding of polariton emission should assist their use in real-world networks.

Participants in ‘CiViQ’ effort say they will carry out field demonstrations of QKD prototypes on ‘real’ optical network.