Fraunhofer ISE and NWO-Inst AMOLF presented the result at EU PVSEC 2023.

WUSTL wearable optical sensor tackles a leading cause of maternal mortality.

Trick is using two micro-resonators, instead of one, to boost laser power of soliton microcomb.

New laser melting sampler has 3mm depth-resolution; three times smaller than currently available systems.

New approach to time-gating lowers cost of imaging for biological samples or lidar.

Two-photon Bessel beam approach allows fast volumetric imaging to spot circulation problems.

New laser method controls individual qubits based on barium.

Three teams, led by RTX, Draper Lab, and Beam Co., to develop free space optics power relays.

Hewlett Packard Enterprise and the University of Rochester join forces under latest DOE scheme.

Harvard Medical School and Mass. Gen. Hospital say new sources “promising” for nanophotonics and biomedicine.

…and Fraunhofer IWS develops new underwater metal laser cutting method.

Universities of Birmingham and Cambridge claim “breakthrough” in understanding of chemical, biological molecule processes.