Stamp-sized microcavity devices filled with triplet acceptor molecules have been used for the first time to prevent fast radiative emission of Dicke quantum batteries, while retaining...
Unlock expert insights into laser welding for Li-ion battery modules! Join our webinar to explore critical techniques, from pulse shaping to intermetallic control with WonderBOARD...
Project Background A customer urgently needed two custom silicon lenses, one featuring a highly specialized diffractive surface. Their original supplier had failed to...
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...
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...
Photonics enables qubit platforms to function and scale toward practical machines—and demand for specialized lasers will grow as quantum computing scales.
For the photonics community, quantum networking is an opportunity to provide the critical infrastructure that transforms quantum computing into a world-changing technology.
First chipscale entangled photon source on silicon carbide (SiC) creates a robust and scalable method for generating entangled photon pairs within photonic circuits.
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.
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 ...
Advances in direct electron detectors, cryo-preparation techniques, and image processing software are dramatically enhancing the resolution and versatility of cryo-electron microscopy...