Xi'an Jiaotong-Liverpool University develops noninvasive technique to image stents through skin.

Image reconstruction outperforms conventional methods for study of cell activity, drug effects.

Aim is monolithic “Pathfinder telescope for responsive space mission” set to launch by 2027.

Dublin group develops Laser Ablation Particle Acceleration & Observation system to watch 10-60μm particles crashing at 1 km/s.

Technique based on Raman scattering improves on current methods of purifying laser spectrum.

Details of optical interactions help explain observed bias in real-world results.

Record 4 Gbps data transmission using organic LEDs shows potential for long-distance optical communication.

...while German researchers develop stable alloy of carbon, silicon, germanium, and tin.

Improved quality of the solar cell absorber enables high efficiency under 100 lux.

University of Massachusetts Boston combines optical diagnostics and photodynamic therapy.

New device could replace existing sources that face tradeoffs in accuracy, range, and cost.

Optical microscopy and AI could make personalized pancreatic cancer treatment faster, more affordable.