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Tag: optical
Self-Assembling Silica Microwires May Herald New Generation of Integrated Optical Devices
2013-01-23 06:00:00| Industrial Newsroom - All News for Today
By carefully controlling shape of water droplets with UV laser, team of researchers from Australia and France has found a way to coax silica nanoparticles to self-assemble into more highly uniform silica wires. Team describes manufacturing technique and potential applications in paper published in OSA's open-access journal Optics Materials Express. Technique is significant because it could, for first time, enable silica to be combined with any material through process of microwire ...This story is related to the following:Trade Associations
Tags: generation
devices
integrated
optical
New Sensors Unlimited 2048-Pixel InGaAs Linescan Camera for 3-D Optical Coherence Tomography
2013-01-22 06:00:00| Industrial Newsroom - All News for Today
CHARLOTTE, N.C. - UTC Aerospace Systems, a unit of United Technologies Corp. (NYSE:UTX), announces the next generation Sensors Unlimited shortwave infrared (SWIR) digital Linescan camera for Spectral Domain Optical Coherence Tomography (SD-OCT). The new high-resolution, indium gallium arsenide (InGaAs) SWIR camera will be showcased during SPIE's BiOS and Photonics West Exhibitions, February 2-7, 2013, in UTC Aerospace Systems booths (# 8811 for BiOS and #811 for Photonics West) at The Moscone ...This story is related to the following:Computer Hardware and PeripheralsLine Scan Cameras | High Resolution Cameras |
Tags: camera
unlimited
optical
sensors
System Engineer mf Optical Instruments
2013-01-21 13:40:33| Space-careers.com Jobs RSS
Astrium brings space to you. Number 1 in Europe and number 3 worldwide, Astrium employs over 17,000 men and women mainly based in five European countries France, Germany, the UK, Spain and the Netherlands. Our technical excellence and extensive prime contractor ship experience extend across all sectors of the space business launch vehicles, manned space activities, satellite systems and related services. For Astrium Satellites in Munich within the area Optical Instruments for the department System Eng. Technologies we are looking for a System Engineer mf. Tasks to be performed with respect to Optical instruments Coordination of the system engineering disciplines in order to maintain a compliant and consolidated system design Assessment and maintenance of system engineering schedule and cost budget Ensuring the technical compliance of the evolving system design Management of budgets, margins, and overall system performance, all internal and external technical interfaces Identification and assessment of all technical risks Coordination of subcontractor technical progress monitoring Coordination, review and approval of all documents to be generated by the system engineering team Interfacing with other project functions Project Management, AIT, Product Assurance, Procurement and Supply Management, etc. Degree in aerospace engineering, electrical engineering or similar First experience in system engineering and project management Knowledge in optics, optronics and structural engineering German and English fluent negotiation level TO APPLY click here
Tags: system
instruments
optical
engineer
NEC and Corning Achieve Record-Breaking Results in Optical Transmission Capacity
2013-01-17 10:10:48| Chemicals - Topix.net
Corporation of America , a leading provider and integrator of advanced IT communications, managed services, biometric solutions and carrier-class communications products for optical networks, and Incorporated , a leading provider of optical fibers, today announced that NEC and Corning achieved record-breaking results in transmission capacity over ... (more)
Tags: results
capacity
achieve
transmission
Revolutionary new 2D optical phased array is packed onto a single, tiny chip
2013-01-16 19:50:50| Extremetech
Though radar is the more prevalent object detection system, the lesser-known ladar -- radar that uses lasers instead of radio frequencies -- produces a more detailed result. The problem though, is that current ladar equipment is too inefficient to bring ladar to the forefront. However, with DARPA's new new tiny 2D optical phased array, that could all change.
Tags: single
optical
array
tiny
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