SIAT project enhances desired tumor ablation while minimizing damage to healthy tissues.

Denver-based inertial fusion startup’s laser is first of its kind built by any organization in more than 20 years.

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.