Platform incorporating diffuse optics assesses thyroid blood flow and neck anatomy from one probe.

Raman spectroscopy plus machine learning points to effective screening for multiple cancers.

Based on silver nanocubes; promises applications in medical diagnostics, data comms, security.

Stuttgart, Jülich, Leibniz, and CEA-LETI group create laser solely from Group IV elements.

Optical operations of deep neural network on chip promises high-efficiency learning in real-time.

Deep ultraviolet light provides atomic-level surface control in a standard air environment.

New super-resolution platform combines tilted light-sheet, microfluidics and deep learning.

...and Rochester’s LLE and Sydor awarded $1.15M DOE Phase II SBIR grant for fusion research.

Nagoya University, Japan, develops higher-output, more efficient LEDs.

New protocol allows 3D RNA imaging of whole mouse brains without sectioning.

...and second Korea based team’s metalenses harness AI to boost performance

A new theory, explaining how light and matter interact at the quantum level, has enabled researchers to define the light particle’s precise shape.