Austrian developer of laser projection display technology targeting end market for “smart” glasses.
North Carolina firm looking to target industrial imaging, automotive, and consumer electronics sectors.
Two-photon polymerization used to create structures of just a few hundred nanometers in size.
A licensing agreement is intended to bring laser-based PCR test to market.
Lithography giant has also agreed to sell parts of its Berliner Glas subsidiary to Jenoptik.
...while NREL-Mines innovation using electron paramagnetic resonance cuts degradation of silicon solar panels.
|Porotech develops ‘world’s first’ native red InGaN microdisplay|
Cambridge University spinoff says breakthrough will help accelerate the commercialization of AR glasses.
|Hamamatsu backs Albuquerque startup working on optical DNA sequencing|
Armonica Technologies closes $2M round of financing to support feasibility demonstration of novel equipment.
|Pitted metalens gives light holey orders|
Harvard SEAS metasurface has deep narrow holes rather than raised pillars.
|Mynaric and H3 HATS boost optical links with high-altitude aircraft|
Claimed to be the world's first industrialized optical communications terminal for airborne applications.
|Mitsubishi Electric launches CV Series of 3D laser processor |
Orthogonal structure carbon dioxide laser oscillator enables rapid mass production of CFRP products.
|Giant Webb scope takes final Earthly steps toward launch|
ESA and NASA now preparing this long-awaited mission for launch on Ariane 5 from Europe’s Spaceport on December 18th.
Omicron-Laserage Laserprodukte GmbH
Schaefter und Kirchhoff GmbH
Edmund Optics GmbH
Knight Optical Ltd
|Interfacing the Vision Research S990 to the BitFlow Cyton-CXP frame grabber 07 Dec 2020|
This document explains how to interface the Vision Research S990, a high speed camera running 4K x 2k at 1000 FPS, to the Cyton-CXP4.
|Overcoming Challenges Coating Polymer Optics 20 Aug|
EMF a Dynasil Company
Discover how EMF is helping manufacturers save time and money coating polymer optics such as PMMA, PET, PEEK, and CR-39 without sacrificing optical performance.
|Optimize the performance and cost of your automated optical imaging system 09 Sep|
Optimize the performance and cost of your automated optical imaging system with 6 key equations for selecting an imaging sensor, objective lens, Z-focusing nano-positioning stage and XY sample positioning motion. Topics covered include: optimal imaging sensor size and resolution, objective lens magnification and numerical aperture, and XYZ motion resolution and stability requirements to enable crisp images. Also discussed is how diffraction affects image resolution, and how to calculate the depth of field for a given objective lens.
II-VI Aerospace & Defense Murrieta, CA, United States
Sandia National Laboratories Albuquerque, NM, United States
Prospective Instruments Dornbirn, Austria
Boston Electronics Brookline, MA, United States
OSI Optoelectronics | Advanced Photonix Camarillo | Remote, CA, United States