Controlled properties include wavelength, focus, direction, and polarization; with apps in novel quantum devices.

NIST-JILA’s comb technology could also detect other diseases, such as COPD, lung cancer, and kidney failure.

USTC approach exploits scattering to improve realism.

Performing flow analyses with 3D models to optimize aerodynamics.

Findings promise “more efficient wireless communications and significantly improved lasers”.

Improved absorption during plasma-dispersion pushes modulators to perform better.

Design based on Schmidt telescopes and the eyes of scallops could enhance several microscopy techniques.

Efficiency and power output at two wavelengths boosted while still using the same input.

Full EUV power at “laboratory scale” achieved by Robert Klas from Friedrich Schiller University.

NIST and KTH (Sweden) use particle accelerator analysis of steel melt yields to better understand laser AM process.

Platform combining NIR and SWIR could be used for fluorescence-guided neuroblastoma surgery.

Multiphoton fabrication method could produce printable bioelectronics or interfaces.