TU Graz's laser-based technology enables continual RT monitoring of contaminants.

“Virtual digital phase modulation” for computer-generated process advances real-time 3D displays.

Claims “breakthrough” enables highest intensity conditions for ultrashort lasers.

INRS single-shot device could reveal details of light-matter interactions and semiconductor behavior.

ORCA, Pixel Photonics, Sparrow Q, Niels Bohr Inst. work on ‘SupremeQ’ Eurostars project.

With implications ranging from mode lasing, to data transmission, and quantum optics.

China group-developed coating absorbs 99% of light while braving harsh conditions.

TU Vienna improves spectroscopy with “stimulated Raman emission” method; claims faster, more precise results.

…and Stanford launches “micro” frequency comb, as basis for mass-market adoption of such devices.

University of Washington (Seattle) develops machine-learning model to improve biopsy assessment.

New pump-probe method promises new investigation of fast electron dynamics.

Chuo University develops photosensitive device able to image targets' inner structures.