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Last Updated 11:18 a.m. ETNEW YORK A boy who was photographed on the subway is not a missing autistic teen from Queens, police said Thursday.The picture shows a young man on a subway train who bears a striking resemblance to 14-year-old Avonte Oquendo. A 13-year-old boy took the picture on Tuesday and later posted it on his Facebook page.But sources told CBS Station WCBS that police have made contact with the boy in the picture, and that it is not Avonte.The 14-year-old, who cannot communicate verbally, was last seen on surveillance video leaving the Center Boulevard School in Queens on Oct. 4. WCBS reported investigators tracked down the teen who snapped the subway picture, who told them he couldn t get the boy -- pictured sitting and looking straight ahead -- to engage in conversation.Vanessa Fontaine, Avonte s stanley cup mother, told WCBS she remains hopeful Avonte will be found. I don t celebrate yet, but I m saying keep hope alive, she said when the subway photo surfaced. If it s him, I m happy, and if it isn t him, the search continues. Since his disappearance, police have tracked down about stanley cup uk 500 leads, but all have been dead ends. Anyone with information is asked to contact NYPD Crime Stoppers at 800-577- stanley cup TIPS, visit the Crime Stoppers website, or text tips to 274637 CRIMES and enter TIP577.The reward for Avonte s safe return is now up to $95,000. ponent--type-recirculation .item:nth-child 5 Lbfm Study: Most teens think occasional weed use OK
If you thought low-light ph stanley cup otography was coming on in leaps and bounds, you ain ;t seen nothin ; yet. This new camera, developed by researchers at MIT, can capture ultra-sharp images of objects even when they ;re illuminated by just a handful of photons. The technology uses incredibly low-intensity pulses of visible laser light to scan an object of interest. The laser sends pulses towards a specific location until a single reflected photon is recorded by a super-sensitive solid-state detector. Then, the laser is moved and the process repeated. Each illuminated location renders a pixel in the final image. Then, the variation in the time it takes for the laser pulse to be reflected back to the sensor provides depth information. This might all sound similar to existing light detection and ranging LIDAR techniques鈥攂ecause it is!鈥攂ut the MIT team can do it with one-hundredth the number of photons; in other words, the room can remain practically pitch black. The research is described in Science. Sadly, the technique uses a single frequency of light, which means that the resulting images are monochromatic, but that a minor quibble given the resolution they can obtain in such low-light conditi stanley cup ons. The team ex stanley cup pect the device will be used to image materials which are easily damaged by high levels of illumination-particularly biological structureslike, um,eyes. But, perhaps more exciting, it opens up the possibilities of cameras that can obtain visible spe |