Partnership with LMU Munich and Max Planck IQO could revolutionize control of light-matter interactions.

Stacked design improves color accuracy and resolution over silicon sensors.

Key to this UK advance is an “unprecedented” long optical reference cavity.

Demonstrates feasibility of using optical methods to access previously inaccessible deep brain regions.

Shanghai scientists develop ultranarrow bandwidth mode-locked laser with a widely-tunable pulse duration.

Heat-tunable filter could see scanning and screening technology reduced in price and size.

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.