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Photonics Spectra: September 2014

Photonics Spectra
 September 2014


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FEATURES
Lasers Help Carmakers Chase Fuel Efficiency Laser-based technologies and techniques including drilling, welding and measurement allow auto manufacturers to keep pace with the demand for lower emissions. For car manufacturers, the number 54.5 looms large. That’s the mile-per-gallon requirement from the U.S. Environmental Protection Agency set to take effect in 2025. That figure represents roughly a 70 percent increase over the 2014...
Vehicle Vision Puts the 'Auto' in 'Automobile' Vision systems are increasingly enabling self-driving cars to automatically park, maintain speed and prevent collisions. Can a world of ubiquitous self-driving cars be far off? Whether it’s a...
Dual-Band Monitoring Keeps Trains Running in Winter Keeping critical parts of the railroad infrastructure free of snow, sleet, hail and ice – and even detecting unauthorized persons walking the rails – is essential for a safe and...
QDs Generate Light for Next-Generation Displays Large color gamut and better color reproducibility will be highly desired features of displays in the near future. Quantum dots will be the down-conversion technology of choice, allowing LCD makers...
Solar Cell Materials: Finding a Happy Medium Marrying the low cost of thin-film and the efficiency of crystalline silicon helps to improve solar cells. The solar industry is at another inflection point in its development. Costs have come down...
Understanding Actively Q-Switched Solid-State Lasers With an increased quantitative understanding of the operation of Q-switched lasers come huge benefits for laser design. This first article in a two-part series focuses on actively Q-switched lasers;...
Laser Technology Enhances Experience for Sports Fans, Refs A laser device helps spectators and officials to better visualize important markers, so that people in the stadium have the demarcation information offered to TV viewers at home. Science and...
EDITORIAL
And We’ll Have Fun, Fun, Fun ’Til the 409 Drives Itself The distinctive sound of The Beach Boys has been ringing in my ears since a recent concert I attended. Songs about cars and driving have long been among my favorites, probably because I’ve always enjoyed driving. I especially like my current winding and hilly route to work. I wonder, though, what it would be like in a self-driving car: I could enjoy the passing scene without a care, and it...
TECH PULSE
Metamaterial Shows Promise as THz Imager An imaging approach involving metamaterials could make the terahertz regime more accessible. Researchers from Boston College, the University of New Mexico and Duke University engineered a low-power multiplex tunable spatial light modulator (SLM) that uses a series of masks to retrieve multiple samples, which are reassembled by a single-pixel detector. Data obtained from these encoded measurements...
Magnetic Fields Control Liquid Crystals’ Optical Properties A new technique that forms and controls magnetically responsive liquid crystals could be applied to signs, writing tablets and billboards. Conventional liquid crystals, often used in electronic...
Polariton Waveguide Could Help Photonic Circuits A low-loss thin-film waveguide for surface plasmon polaritons (SPPs) could aid the development of nanoscale photonic integrated circuits on silicon. Recent research has focused on using SPPs as...
Red Phosphor Heightens White LEDs A new material could help LEDs produce more pleasing white light. A team from Ludwig Maximilian University of Munich (LMU), in collaboration with Philips Technologie in Amsterdam, has developed a new...
Pyramid Structure Makes Better PHOLEDs Phosphorescent organic light-emitting diodes (PHOLED) are an efficient alternative to traditional incandescent lighting. However, PHOLEDs’ efficiency is typically short-lived when they’re...
Nanobarrel Uses Light to Trap Molecules for Diagnostics Lower cost, more reliable diagnostic testing could be a light at the end of the nanophotonic tunnel … or barrel, in this case. A team from the University of Cambridge, in collaboration with...
Lasers Advance Sub-RF Imaging Laser-enhanced radio frequency mapping could lead to better assessment of the properties of metasurfaces. Traditional field mapping requires the use of millimeter-scale antennas and dipoles, similar...
Nanofiber Fabrication Boosts Quantum Computing A new approach to fabricating optical nanofibers could enable the next generation of quantum computing. These ultra-high-transmission fibers, developed by researchers at the University of...
Swelling Sensor Detects Toxic Gas Those who work with hazardous substances could find an extra measure of protection in an optical sensor that puffs up in the presence of even trace amounts of toxic gases. Made from a 400-nm-thick...
Antenna-free THz Detector Uses Nanotube Thin Films Significant improvements in medical imaging, airport screening and food inspection could be on the horizon. A team from Sandia National Labs, in collaboration with Rice University and the Tokyo...
Sensor Studies Chemicals with Single Chip Imagine being able to identify and study chemicals through a combined system of laser light and detectors. A tiny sensor, developed by researchers at the Vienna University of Technology, can do just...
Laser Weapon in the Works for Ground Vehicles The first laser weapons will soon be implemented on U.S. Navy ships. And now, the Marines plan to follow suit. The Office of Naval Research, in conjunction with researchers from the Naval Surface...
Harmonic Generation Promising for Powerful Light Source A new approach to harmonic generation aims to create smaller, more powerful tabletop light sources for laboratory research, particularly in the emerging area of strong-field physics....
Photo-Induced Doping Tames Graphene Doping graphene with boron nitride may be a way to tame the material, introducing a bandgap and making it useful in electronic devices. However, controlling the electrical properties of graphene...
UV Light Sets Crystals in Motion Tiny crystals of a cobalt coordination compound leap, twirl and burst apart like popcorn when exposed to UV light. A team led by researchers at the National University of Singapore suggests the...
LIGHT SPEED
Report: Consumer Goods to Drive IR Imaging Market Sales of thermal imaging components surged in 2013, heralding future growth and a wider customer base for the uncooled IR imaging market, according to research firm Yole Developpement. Consumer...
Cobalt's Scanner Wins MacRobert Award Cobalt Light Systems has been recognized with the Royal Academy of Engineering’s MacRobert Award for its Insight100 airport scanner. The Insight100 uses a variant of Raman spectroscopy and...
In Memoriam: Robert Woltz, SPIE Co-founder LAGUNA BEACH, Calif., July 3, 2014 — Robert L. Woltz, one of the founders of SPIE, died June 14 at the age of 92. He served as the society’s third president and spent more than a decade...
Optomec to Lead 3-D Printing Study for U.S. Air Force Optomec will lead a two-year, $4 million project exploring additive manufacturing techniques for repair of aerospace metal components for the U.S. Air Force. The project, called “Re-Born in the...
Military Laser Market Could Reach $2.73B By 2020 Military laser systems are expected to grow into a $2.73 billion global industry by 2020, according to analysts MarketsandMarkets. The industry is estimated at $2.14 billion this year, with an...
Day of Photonics 2014: Enlightening the Public The annual Day of Photonics will take place Oct. 21, offering the general public a look at the opportunities the industry offers. Organized by the European Photonics Industry Consortium (EPIC) and...
GREENLIGHT
Tofu Chemical Could Prompt New Wave of Solar Cells Solar cells could learn a thing or two from tofu and bath salts. Researchers from the Stephenson Institute for Renewable Energy at the University of Liverpool in England have found that magnesium chloride (MgCl2) – found in tofu, bath salts and de-icing solutions – may produce more cost-effective and efficient solar cells. The compound could serve as a replacement for cadmium chloride...
LIGHTER SIDE
Bees Are No Bumblers When flowers start to bloom, you know it. The smell of honeysuckle, lilacs or gardenias wafts through the air and into our noses as we walk outside, drive down the road or, with any luck, wake up next to an open window. The perfume is intoxicating, and it’s no surprise that bees and other insect pollinators are drawn to these fragrant blossoms. However, their journey has nothing to do with...
PRODUCTS
Confocal Microscope The LSM 880 with Airyscan from Zeiss is a confocal laser scanning microscope. The microscope allows the user to achieve 1.7× higher resolution in all spatial dimensions, 140 nm laterally...
Carl Zeiss Jena GmbH
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High-Speed Camera The HS-20000 from Emergent Vision is a high-speed camera for industrial vision applications. The camera is capable of 32 fps at 20 megapixels with its global shutter and 10-Gigabit Ethernet...
Emergent Vision Technologies Inc.
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Integrated Vision System Meeting the requirements of industrial inspection, the GEVA-312T integrated vision system from Teledyne Dalsa is a multi-camera, stand-alone device, offering easy migration. With a built-in...
Teledyne DALSA, Machine Vision OEM Components
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External Laser Scanner The HP-L-20.8 from Hexagon Metrology is a high-speed, 3-D external laser scanner to be used with the Romer Absolute Arm. The system has a line length of up to 230 mm and a scan rate of up to...
Hexagon Manufacturing Intelligence
IR Thermal Imaging Camera The GF309 IR camera by Flir Systems is suitable for high-temperature inspection applications in the chemical, petrochemical and utility industries. The portable device monitors gas-fired...
FLIR Systems Inc.
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Tunable Blue Diode Laser A new tunable blue diode laser from New Focus eliminates the need for second harmonic generation in atomic research. The TLB-7102-02 Vantage is tunable from 421 to 423 nm, suited for calcium...
Newport - New Focus
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Fluorescence Filter Sets The new LED-DA/FI/TR/Cy5-4X-A fluorescence filter sets by Semrock Inc. are optimized for LED light engines. The filter sets are available in single-band, full and Pinkel multiband...
IDEX Health & Science - Semrock Optical Filters
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Femtosecond Laser Tube Cutter With minimal post-processing, the Sigma Femtosecond Laser Tube cutting system from Miyachi America uses a cold ablation process to cut both metal and plastic. Based on an ultra-short pulse disc...
AMADA WELD TECH INC.
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Light Meter with Wi-Fi A WiFi interface has been added to the BTS256-E light meter from Gigahertz-Optik, allowing wireless control of all meter functions to characterize long-distance light sources from a central location....
Gigahertz-Optik Inc.
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APDs with Fiber Pigtails With a semiautomatic assembly unit, avalanche photodiodes (APDs) from Laser Components are now manufactured with fiber pigtails and can be adjusted within a few microns. Achieving coupling...
Laser Components GmbH
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Window Coating With an extremely clear appearance and hardness of more than 20 gigapascals, the Diamonex ClearShield scratch and wear-resistant window coating from Morgan Advanced Materials was developed to meet...
Morgan Advanced Materials plc
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Butterfly 14-Pin Modules Hermetically sealed with internal temperature control, the single-mode, fiber pigtailed butterfly 14-pin modules from Lumics offer wavelength coverage from 750 to 1100 nm. The BTF14 devices are...
Lumics GmbH
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Silicon APDs The Series 8r silicon avalanche photodiodes (APD) from First Sensor Inc. offers high sensitivity in the red and green wavelength range. They feature a flat gain curve where the internal...
First Sensor Inc.
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Alignment Turning Device The ATS 200, an alignment tuning station from Trioptics, ensures precision and flexibility for the production of mounted lenses. Combining a compact, stable turning lathe with centration...
TRIOPTICS Berlin GmbH
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PHOTONICS SPECTRA 2014
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