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 ...

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 ...

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 ...

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 ...

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.

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 ...

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

Research from the Harvard John A. Paulson School of Engineering and Applied Sciences is paving the way to smaller and more efficient components for telecommunications, quantum com ...

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 ...

TriLite Technologies, a Vienna, Austria-based developer of small laser beam scanning (LBS) projection displays for AR smart glasses and automotive applications, has signed a long-term cooperation ...