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.
Perovskite-silicon design offers potential to achieve above 50% conversion efficiency.
Queen Mary device using THz metasurfaces distinguishes healthy from cancerous tissue.
PureLiFi, Fraunhofer, Alter, and Vector Photonics among those sharing in £22 million research effort.
Quantum computing firm says it has generated photons entangled with ions repeatedly and reproducibly.
Grant of $20 million will support research into platform for eye screening at lower cost.
Offers potential to accelerate processing speed, while cutting energy need.
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