Promises new x-ray technologies, improving medical imaging, and quantum science.

Stony Brook University method could assist diagnosis of cancer or treatment of burns.

Using quantum dots as gain medium; based on NICT crystal growth and Sony processing.

Promises control of implantable surgical devices or machines for handling delicate objects.

Nanowire tellurium implant restores photosensitivity and extends sight towards near-infrared.

Programmable solution for fast wireless communication networks and microwave sensing.

TU Wien-led European team investigates the limits of what is possible; precision is enhanced by using AI.

…while lidar-based 3D flood visualizations more clearly highlight rising water risks.

German-Dutch group developing components, including frequency converters, lasers, optics, and single photon sources.

Lithium niobate/InP device shows promise for ultrafast metrology and lidar apps.

Based on LiNbO3 and nano patterning, the lenses have applications in tiny camera elements or banknote security.

Atomically layered systems promise smaller, more efficient photonic parts.