According to technical details provided by Singular, Litavis delivers continuous 256 × 256-pixel photon-counting imaging under low-light conditions. In parallel, time-stamped photon events are ...

Swiss research center EPFL has demonstrated a new modification to super-resolution fluorescence microscopy designed to improve the imaging of live unfixed cells. Reported in Nature Methods, the ...

How can illumination and microscopy work with a single optical fiber-based endoscope? Using micro-3D-printing, a team of researchers, centered on the University of Stuttgart’s Institute of Applied ...

The coating technology achieves high opacity and brightness with only a single layer of silicon nanospheres. Image: Kobe University / CC BY. Thanks to a new Japan-based research project, it is now ...

Sivers Semiconductors, the advanced semiconductor device manufacturer with optoelectronics operations in the UK, says it will invest $30 million in a bid to ramp production of laser diodes on indium ...

Oxxius, the Lannion, France, maker of compact visible-range laser sources and photonic systems, will look to expand its international activities after raising €5 million from venture backers.

At EuroBLECH 2026, Trumpf is introducing the new TruLaser Weld 3000, which can be programmed faster with AI. Source: Trumpf.

Illustration of frequency conversion: two lower-energy waves combine into a higher-energy wave. Credit: Joshua Mornhinweg / Harvard SEAS. Research from the Harvard John A. Paulson School of ...

Kobe develops ‘structural color’ surfaces based on one layer of silicon nanospheres ...

A project at the US Morgridge Institute for Research has developed a new approach to the imaging of peripheral blood mononuclear cells (PBMCs), which are predominantly immune cells, as a route to ...

MEMS micromirror can steer laser in two directions while changing mirror shape to refocus light at different depths.