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Tweaks Turn Microscope into Billion-Pixel Imager
Changhuei Yang’s lab at Caltech has developed a new setup that converts a relatively inexpensive conventional microscope into a billion-pixel imaging system that significantly outperforms the best available standard microscope. “We found a way to actually have the best of both worlds,” said Guoan Zheng, initiator of the approach. “We used a computational approach to bypass the limitations of the optics. The optical performance of the objective lens is rendered almost irrelevant, as we can improve the resolution and correct for aberrations computationally.”
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Nanocrystals Could Inform Nanocomposite Design
An optomechanical sensing technique that uses fluorescent tetrapod quantum dots to precisely measure the tensile strength of polymer fibers with minimal impact on their mechanical properties could lead to stronger nanocomposites.
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Color-Changing Mechanism Behind Cephalopods Revealed
Understanding how underwater creatures such as squid and octopus change color could inform new approaches to making tunable filters and switchable photonic materials that more efficiently encode, transmit and decode information with light.
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Precision Powell Lenses
Laserline Optics Canada
Laserline Optics Canada Inc. has pioneered the volume production of the Powell lens, fabricating over 140,000 lenses since 1994, supporting the revolution in 3-D machine vision.
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Image Intensified Cameras
Stanford Photonics
Stanford Photonics provides leading-edge electronic imaging, digital microscope cameras and photonics technology for use in critical imaging technology applications requiring expertly designed devices and systems.
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Hand-Held Portable Spectrophotometer
Gigahertz-Optik
The Gigahertz-Optik LCRT-2005-S is designed as a portable instrument for the measurement of the regular (In-Line) transmission of windows and glasses with and without reflection reducing coatings in the laboratory or on site.
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3D PRO Structured Light Laser
Prophotonix Ltd.
The 3D PRO Laser from ProPhotonix has been designed specifically for the demanding requirements of machine vision applications. The structured light lasers have a compact cylindrical form factor based on industry standard dimensions for easy integration into existing applications.
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Laser-Controlled Switch Turns Blood Clotting On, Off
Laser-controlled gold nanoparticles that release DNA molecules to switch blood clotting on and off could help doctors better control blood clotting in patients undergoing surgery, or promote wound healing, say researchers at MIT Lincoln Lab.
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On this edition of the industry's only weekly newscast: a laser-controlled switch turns blood clotting on and off, plasmonics gives a performance boost to polymer LEDs and solar cells, a new 3-D display doesn’t disturb 2-D viewers, and solar steam sterilizes with sunlight. Hosted by Photonics Media's Melinda Rose and Laura Marshall.
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E2v Wins Arthur Clarke Award
The award, presented annually since 2005, recognizes notable contributions to space exploration, particularly British achievements.
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Ultrafast Laser Researcher Wins LIA Schawlow Award
Dr. Ursula Keller, leader of the Ultrafast Laser Physics group at ETH Zurich and director of the Swiss multi-institute NCCR MUST program in ultrafast science, was honored by the Laser Institute of America for her passion for lasers, their value and future.
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OU Awarded Grant to Commercialize Mid-IR Detector
A University of Oklahoma research team received a $236,000 grant from the Oklahoma Center for the Advancement of Science and Technology to develop and commercialize IV-VI semiconductor mid-IR detectors for military and industrial applications.
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SPIE Optics + Photonics is the largest interdisciplinary technical conference in North America, presenting the latest research and technologies in solar, nano, optics, photonics and space optics. The conference’s four symposia (Nanoscience + Engineering, Solar Energy + Technology, Organic Photonics + Electronics, and Optical Engineering + Applications) will offer more than 3200 presentations, including plenary and featured talks on topics such as metamaterials for molded optical wavefronts, asteroid-tracking and collision-mitigation, Kepler’s search for Earthlike planets and nanoparticle technology to convert solar energy directly into saturated steam for sterilizing tools and waste. The show also will include more than 40 professional development courses, poster sessions, panel discussions and a tribute to H. John Caulfield.
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FEATURED VIDEO
Krell Technologies - Trig Bare Fiber Polisher
Trig polishes bare fibers at user selectable angles with high repeatability. Video monitoring provides accurate control of the shaping process, while an in-line vision system permits inspection of the polished surface while the fiber is loaded in the machine. Adapters are available for all fiber diameters and types, including PM.
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