Time-of-flight approach said to offer enhanced security and performance over competitors.
Latest work at Caltech reveals angiographic structures in hands, arms, legs, and feet.
To meet growing demand for processing thinner glass used in mobile electronics, and for high-spec medical devices.
Falcon is driven by Diehl's 40-km range Infra-Red Imaging System Tail/Thrust Vector-Controlled (IRIS-T) SLM interceptor.
Fraunhofer ILT-led HoPro-3D project intended to produce finer polymer structures faster, with diverse applications.
NIST-built photonics equipment has precision needed to characterize habitable planets around common 'M dwarf' stars.
Combining integrated optics and holography allows AR glasses to be less bulky and offer wider field of view.
Institute for optical telecoms research orders ion beam sputtering system to create laser facet coatings and micro-optical devices.
Having overcome significant technological challenges, chipsets have started shipping. Products implementing them will “ramp up the production curve.”
Altraspin's 3D printing method makes extremely smooth surfaced micro-parts without need for post-processing; cuts time and costs in prototyping.
MIT and HHMI project combines expansion microscopy with lattice light-sheet microscopy.
Canadian developer Laserax says diecasts can now be identified after shot-blasting to ensure clear product traceability.
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