Sandia National Laboratories and the University of New Mexico are working with startup Maxwell Labs to pursue laser cooling of graphic processing unit (GPU) chips at the nanophotonic...
Modern optical systems require precise measurement of both vertical and lateral resolution to detect fine surface defects. The Instrument Transfer Function (ITF) is a key metric...
Discover how cutting-edge optics and system-on-chip innovations are propelling the rise of FMCW LiDAR, transforming precision sensing and automation across industries—from autonomous...
In this study, researchers used THz quantum cascade lasers and interferometry to identify materials hidden inside opaque media. This multicolor THz imaging is a compact solution...
Overview As the demand for infrared imaging grows across defense, industrial, and smart applications, the challenge of maintaining stable imaging performance across temperature...
The FDA and EU MDR require traceability of medical devices via Unique Device Identification (UDI) codes. Picosecond laser black marking creates a high-resolution, corrosion-resistant...
Episode 57 of Following the Photons: A Photonics Podcast features Jeff Hutchins, director of optical technologies in the CTO office at Ranovus and treasurer of the Optical Internetworki...
Driven by an ambition to move quantum technology out of the lab and into the world, Qunnect is developing quantum entanglement technologies that work without cooling or vacuum...
Episode 56 of Following the Photons: A Photonics Podcast features Birgit Stiller, an experimental physicist who leads the Quantum Optoacoustics independent research group at the...
A superradiant phase transition (SRPT) occurs when two groups of quantum particles start to fluctuate in a coordinated manner—without an external trigger—and end up forming a ...
Tiny lithium niobate laser provides fast and accurate optical measurements—which optical metrology and LiDAR both need to take their performance to the next level.