The new system, which researchers Elizabeth Hillman of Columbia University and Anna Moore of the Harvard Medical School have dubbed a dynamic fluorescence molecular (DFM) imager, is currently being used to monitor the organs of laboratory mice. Hillman is now collaborating with Cambridge Research & Instrumentation to develop a commercial imaging platform that could have applications in drug testing and in the search for tumour-killing cancer treatments.
The first mirrorless optical parametric oscillator (MOPO) has been unveiled by researchers in Sweden. The simplicity of the device with its ability to tune with high precision in the near- and mid-infrared makes the MOPO an interesting option for a number of applications.
Researchers in Hong Kong claim to have developed the highest power efficiency non-doped white organic light emitting device (WOLED) made using a single white-emitting material. They believe that their high purity, color stable device, surpasses existing WOLEDs and is a more efficient and environmentally friendly alternative to inorganic LEDs.
NeoPhotonics Corp., a leading supplier of optical components for the telecom and CATV industries, will debut at ECOC (the European Conference on Optical Communications in Berlin, booth 15031, September 17th ¡V 19th) a new tunable laser for DWDM (dense wavelength division multiplexing) networks that performs the functions of any of 200 single-wavelength lasers.
Pinpoint Laser Systems® is introducing the 2D Microgage Laser alignment tool for precision measuring, machine alignment, calibration, and other demanding industrial applications. Roll and web lines, CNC cutting and milling equipment, lathes, stamping presses, injection molding machines, extrusion systems, and other production equipment are easily checked and aligned for improved operating efficiency and reduced downtime with this new Microgage. The new Microgage 2D is compact and easy to set-up and use right on the factory floor.
More than 70 astronomers gathered on Capitol Hill this week, not to talk about the demise of a major national research facility, but to plan for its scientific future. With optimism, the group was planning the next 15 years of research for Puerto Rico's Arecibo Observatory, the home of the world's largest radio telescope.
Eblana Photonics Ltd. has announced first shipments of single wavelength laser diodes for analog and other applications that demand ultra-narrow linewidth and low phase noise operation. This latest product series extends and complements Eblana's existing family of cutting edge laser products which target high volume applications such as GPON, 10GBASE-LR/LRM/LW and 10.0G Fibre Channel.
Axsun Technologies Inc., a leading developer and manufacturer of advanced photonic components and subsystems, today announced further expansion of their industry-leading OMx(TM) optical monitor product family with the introduction of the Channel Power Monitor (CPM), Optical Power and Wavelength Monitor. Introduced for the first time at the European Conference on Optical Communication (ECOC) in Berlin, Germany, Axsun's new optical monitor product delivers the right balance of performance, scalability and economics needed for cost-conscious metro applications.
Three adaptive optics technologies available from Imagine Optic have been packaged together into a kit targeted at bioimaging applications.
Mirrors have special powers in the real world too, especially in the hands of an astronomer. In fact, modern astronomy depends on mirrors. Almost every telescope uses a mirror, sometimes several mirrors, to gather and guide starlight toward some super-sensitive digital detector where a breathtaking image can be formed. Without mirrors, it would be almost impossible to study the universe.
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