Quantum cascade laser and absorption compensation method captures clearer views of biomolecules.

Nanoantenna enhances fluorescence emission across the visible spectrum.

Reconfigurable exceptional point-based sensing tech achieves unprecedented sensitivity.

Technique from Aston University and partners exploits anisotropy of proteins to spot signs of illness.

LPAs are promising research tools and take up less space than conventional facilities.

Device could improve underwater comms, color laser projection, and treat certain medical conditions.

Aim is to transform large optical systems into compact integrated microsystems.

To capture neuronal activity and enable better understanding of brain function.

Such photonics integrated circuits, which work at room temperature, “could revolutionize classical and quantum processing”.

Prof. Mohammed Hassan’s team describes new capability as “attomicroscopy”.

Prof. Bin Liu of the National University of Singapore describes “impurity conundrum” of ultralong organic phosphorescence.

Yale’s Logan Wright details his group’s achievements in “Optical Computing at the Quantum Limit”.