LaserCard Corporation (Nasdaq: LCRD) is one of four international companies selected to present to senior Egyptian officials at The Digital Identity CEO Forum, to be held in conjunction with Cardex 2009 Digital Identity Assurance Conference and Expo, Middle East and Africa. Cardex 2009 will take place in Cairo, Egypt, December 13-15. LaserCard will also showcase its global capabilities in delivering secure government identity (ID) solutions at Cardex booth #4D4.
Catch the Wind Ltd. (TSX-V: CTW.S) today released the final results of its trial program with Nebraska Public Power District (NPPD). The results demonstrated that Catch the Wind's Vindicator(R) Laser Wind Sensor (LWS) increased the energy output of a turbine by an average of 12.3 percent as a result of better alignment with oncoming wind and increased gust detection. The increased energy output was achieved while the Vindicator(R) LWS controlled the turbine for only 56 percent of the time as specified by the parameters of the 30-day trial. Excluding statistically insufficient measurement data, the Vindicator(R) LWS improved energy output by more than 18 percent.
A Southern California fetal surgery institute, one of only a handful in the United States, has posted enormously successful rates in treating a dangerous disorder that affects 10 percent of unborn identical twins.
InGaAs Avalanche Photodiodes That Have a Detector Area from 80 µm to 350 µm
Emerging lasers technologies such as fiber lasers, disk lasers, ultrafast lasers, replacement of traditional material processing technologies with lasers, miniaturization of electronic products, increasing use in plastic welding, soldering and microbending applications, and growing activity in high-power silicon wafer and solar cell processing are propelling the solid-state, fiber, gas and dye lasers market.
University of Rochester optics professor Chunlei Guo made headlines in the past couple of years when he changed the color of everyday metals by scouring their surfaces with precise, high-intensity laser bursts.
CompuCyte Corporation, the pioneer in the field of imaging cytometry instrumentation and the leading supplier of laser scanning cytometers, announced that it has expanded its state-of-the art iGeneration line of imaging cytometers to include four-laser versions of the iCyte®, iCys® and iColor® systems. With the option of four excitation lasers chosen from a palette of 405, 488, 532, 561, 594 and 633 nanometers, these newly released analyzers dramatically increase system flexibility when using multiple fluorescent and chromatic dyes and take the definition of high-content cellular and tissue analysis to a new level.
For more than 30 years, scientists have been trying to harness the power of terahertz radiation. Tucked between microwaves and infrared rays on the electromagnetic spectrum, terahertz rays can penetrate clothing, plastic, and human tissue, but they're thought to be safer than x-rays. Since they're absorbed to different degrees by different molecules, they can also tell chemicals apart: a terahertz scanner at an airport checkpoint, for example, could determine whether a vial in a closed suitcase contained aspirin, methamphetamines or an explosive.
Air Force Office of Scientific Research and National Science Foundation-funded professor, Dr. Xiang Zhang has demonstrated at the University of California, Berkeley the world's smallest semiconductor laser
Award Winning Gaming Gear Now Available in Limited Edition Camouflage and In-Game Graphics
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