Aerobornitride is a highly porous material made of white graphene enabling new laser light applications.
University of Utah enhances depth of focus through nanostructures on the lens surface.
Researchers at Southampton's Zepler Institute for Photonics say this technology "will soon eclipse conventional optical fiber rates."
"Labokomp" project significantly reduces drilling time per hole; an efficient process for series components.
Horizon 2020 consortium will develop phytoptogenetics technique to influence neurons.
Forró Group tunes ferromagnet at room temperature with visible light, promising new generation of hard drives.
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.