Unifying detection of forward and backward scatter combines advantages of both approaches.

Computational scattered light method offers new views of neurodegenerative disease.

Under blue laser light, LLNL’s resin cures and solidifies; under UV, it degrades to liquid.

For integrated photonics applications in metrology, frequency conversion, optical computing.

Precisely controlled photothermal forces redirect proteins towards bone formation.

Inter-layer coating by “fluorinated compound” also boosts efficiency to almost 27 per cent.

X-ray µCT opens route to exploring 3D “wave chaos”, nonlinear optics, and quantum photonics.

University of Tennessee project aims for fully insertable wireless robotic imaging device.

Opening up new opportunities for studying ultrafast electron dynamics.

Energy from laser source triggers healing response at cellular level, if temperature is controlled.

Breakthrough in material engineering “accelerates the roadmap for quantum applications”.

Yields highly stable optical references for quantum sensors, clocks, and on-chip devices.