Reflection interference technique could help improve next-generation power sources.

Laser-based method works by separating laser Doppler flowmetry signals; also promising for monitoring blood flow in the brain and more.

Third-harmonic technique adds new capabilities to deep-tissue imaging.

Transparent sensor allows researchers to use photonic techniques – such as engineering proteins that fluoresce when activated.

EU project NextGenBat to boost energy storage with new materials and laser-based manufacturing.

Controlling quantum properties could assist microscopy and computation.

Vertical multicolored micro-LED allows smaller pixels and higher pixel density.

Interaction with silicon allows formation of periodic patterns rather than simple ablation.

Starting point is an ytterbium laser – rather than the conventional Ti-sapphire laser.

Colorado researchers’ new method of computational imaging improves rendering of biological samples.

Michael Grätzel and Nam-Gyu Park (of Sungkyunkwan University) develop “facet engineering” to stabilise perovskite crystals.

Treating patients with Facial K Carcinoma by non-ablative fractional laser ‘cuts repeat incidence by 50%’.