Chinese project develops optical imaging technique to monitor plaque aggregation.

Chip giant's first PIC products to provide customers with independent volume supply of two key components for optical modules.

Research team from the Chinese Academy of Sciences develops thin-disk source based around Ho:YLF crystal.

Laser-induced graphene allows multimodal sensing for better health monitoring.

Improved depth imaging and intensity will help security and defense applications.

Combination of holograms and AI enhances security for currencies, healthcare, communications.

Industrial-scale first as 100% hydrogen used to produce optical glass without compromising quality.

Marking International Year of Quantum, Fraunhofer ILT to verify node and make first connections in country.

Combined laser etching process enables advanced packaging with glass instead of silicon.

Offers applications in interventional diagnosis, bio-sampling, drug delivery, and laser ablation.

Germany’s PTB develops clock that “ticks” at laser frequency 100,000x faster than microwave cesium clocks.

Deep learning image transformation bridges the limitations of different modalities.