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This Week in Photonics: Eradicating Nuclear Waste with Lasers, Powering a Robot with Light, Sending Quantum Information Securely, and More (8/8/2019)

This Week in Photonics: Eradicating Nuclear Waste with Lasers, Powering a Robot with Light, Sending Quantum Information Securely, and More
Weekly newsletter highlighting breaking news, technology developments and product releases in the photonics industry.
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Thursday, August 8, 2019
       
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Top Stories
 
 
Ultrashort-Pulse Laser Could Solve Dilemma of Nuclear Waste Disposal
Ultrashort-Pulse Laser Could Solve Dilemma of Nuclear Waste Disposal
Researchers in Lithuania have developed an ultrashort-pulse laser that could eradicate nuclear waste and decrease the decay period from tens of thousands of years to seconds, hours, or months, depending on the material, they said. The Single Cycle Femtosecond high-intensity laser system (SYLOS) is a high-intensity, ultrashort-pulse laser that has the potential to solve the nuclear waste management problem.
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New Technique Retrieves Color Images from Scattered Light
New Technique Retrieves Color Images from Scattered Light
Engineers at Duke University have developed a method for extracting a color image from a single exposure of light scattered through a mostly opaque material. The new approach overcomes the limitations of conventional optical memory effect techniques in the realm of color, by using spectral coding and compressed sensing to achieve snapshot color imaging through scattering media.
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Sending Quantum Information Securely from Laser Light to a Quantum Dot
Sending Quantum Information Securely from Laser Light to a Quantum Dot
Scientists from Osaka University have demonstrated how information encoded in the circular polarization of a laser beam can be translated into the spin state of an electron in a quantum dot (QD). They used laser light to send quantum information to a QD by altering the spin state of a single electron trapped on the QD.
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Featured Products
 
 
Canon U.S.A. Inc., Industrial Products Div. - Canon Surface Reflectance Analyzer Canon Surface Reflectance Analyzer

Canon U.S.A. Inc., Industrial Products Div.
Canon RA-532H, Surface Reflectance Analyzer (goniophotometer), is a compact, portable device capable of measuring 4 surface appearance conditions in a single pass: Gloss, Haze, Image Clarity (IC), and BRDF (Bidirectional Reflectance Distribution Function). Additionally, Canon has released its own new parameter, “Scattering” parameter, overcoming the shortage of both IC and DOI (Distinctiveness of Image) when evaluating matte and textured surfaces as well as orange peel surface.

 Visit Website       Request Info 

Deposition Sciences Inc. (DSI) - Flexible Sputtered Coatings Flexible Sputtered Coatings

Deposition Sciences Inc. (DSI)
Roll-to-roll processes present a number of challenges when coating flexible surfaces, including unbalanced stress on each side of the substrate and limited line speed. These limitations affect the thickness and possibility of complex coatings. To address these challenges, DSI developed their batch coating technology, MicroDyn®. This unique process utilizes a proprietary magnetron sputtering chamber that was custom designed to address the challenges of high throughput coating.

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More News
 
 
Multiphoton Microscopy Uncovers the Architecture of Collagen and Elastic Fibers
Multiphoton Microscopy Uncovers the Architecture of Collagen and Elastic Fibers
Using multiphoton microscopy (MPM), researchers at Kyoto University showed that the collagen fibers in the skin are arranged in a mesh-like lattice and not in a clear geometric orientation as previously thought. They further found that the connective tissue in the skin, known as elastic fibers, is arranged in the same way as the collagen.
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Natural-Scale Snail Robot Is Powered by Light
Natural-Scale Snail Robot Is Powered by Light
A soft snail robot, developed by a team at the University of Warsaw with colleagues from Xi'an Jiaotong-Liverpool University, is capable of mimicking the adhesive locomotion of snails and slugs on a natural scale. The bioinspired robot is made from liquid crystalline elastomer (LCE), a smart material that can change its shape under different stimuli, including illumination with visible light.
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More Headlines
 
 

Realizing Quantum Light Sources Via Site-Selective Defect Engineering  Read Article 

Science Societies Choose Congressional Science and Engineering Fellows  Read Article 

TOPTICA Photonics Named One of Bavaria’s Best Companies  Read Article 

Argonne’s Advanced Photon Source Gets Green Light for Upgrades  Read Article 

EU Biophotonics Workshop Aims to Make Medical Devices More Reliable  Read Article 

 
Industry Events
 
 
European Machine Vision Forum 2019
European Machine Vision Forum 2019
September 5-6, 2019 - Palais de la Bourse - Lyon France
The European Machine Vision Forum, an annual event of the European Machine Vision Association (EMVA), aims to foster interaction between the machine vision industry and academic research. The overall goal of the forum is to accelerate innovation by facilitating the translation of new re­search results into practice. The forum offers conference-style presentations and a table-top exhibition that is directed to scientists, development engineers, software and hardware engineers, and programmers from both research and industry.
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Webinars
 
 
High-End Asphere Design for Manufacturability
High-End Asphere Design for Manufacturability
Wed, Aug 28, 2019 1:00 PM - 2:00 PM EDT
In this webinar, Edmund Optics asphere experts will discuss the benefits of using aspheres in optical system design and the factors to take into account during the design process. You will learn how to improve manufacturability, performance, and cost through better asphere design. This webinar is sponsored by Zygo Corp., Edmund Optics, FISBA, and Lambda Research Corp.
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CALL FOR ARTICLES
Photonics Media is currently seeking technical feature articles on a variety of topics for publication in our magazines (Photonics Spectra, BioPhotonics, Vision Spectra, and EuroPhotonics). Please submit an informal 100-word abstract to [email protected], or use our online submission form.

 
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