![]() "This time we made it much more efficient and better," he said. Back then, the technology was just beginning to take shape, but now, Fishman explained, it's getting close to being ready for the mainstream. The research follows in the wake of work by Potma and Fishman and a team of researchers published last year in Nature's Light: Science & Applications that describes the first steps toward creating efficient mid-infrared detection technology using off-the-shelf silicon-based cameras. It sees right through clothes, dark windows and sunglasses as if they weren’t even there (Pics) This technology has been adapted and marketed to make real xray cameras, x-ray vision, and x-ray infrared pass filters. Potma explained that the system can also image things like ceramics used to make things like heat shield plates on space shuttles and reveal clues about any structural weaknesses that might be there. This specially-designed X-ray filter turns an ordinary video camera into a super-stealthy X-ray vision camera. See how award-winning camera and lighting technologies address the most common vision system challenges, such as glare, low-contrast, and acceptable part-to-part variation to provide the image stability, quality and consistency required for nearly any application. "A nonlinear optical 'trick' with short laser pulses allowed us to capture a depth-resolved image on a camera in one shot, thus providing an alternative method to what other people are doing-and the advance is that this is not just faster, but also produces 3D images with chemical contrast," Fishman said.Īnd the imaging technology isn't just for computer chips. KEYENCE offers the Industry's Most Complete Vision System Lineup. In research published in the journal Optica, University of California, Irvine researchers describe a new type of camera technology that, when. Other technologies, he explained, are slow to retrieve images, because the laser light needs to scan across the object-a process that takes a longer amount of time. Its not exactly X-ray vision, but its close. "Most molecular vibrations and signatures are in the mid-infrared range," he said. These Xray Glasses can see through some type of materials making it possible to see through clothes that in the same condition cannot be seen by the naked eye. The reason being, Fishman explained, is that the mid-infrared spectral region carries important information on the material's chemical make-up. The X-Reflect X-ray Glasses C O L O R X-RAY Vision Glasses See through clothes. Through such a nonlinear optical effect, conventional silicon detectors can sense light coming from the mid-infrared range of the electromagnetic spectrum. ![]() ![]() The novel imaging tech is based on a so-called nonlinear optical effect in silicon-a semiconductor material used in visible-light cameras and detectors. The fabrics need to be tight, and what is seen through it is not much. Fabrics like lycra, and other synthetics which stretch are very prone to being 'IR sensitive'. "This is a paper about a way to visualize things in 3D very fast, even at video rate," said Dmitry Fishman-director of laser spectroscopy labs in the UCI Department of Chemistry-who, along with Eric Potma, professor of chemistry, spearheaded the work. Some sony handycams, and most Sony digital cameras have this ability due to their 'nightshot' mode. ![]()
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