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Pigeons already spread disease and poop through their urban homes, but what
stanley flasche if we had to worry about flocks of pigeons armed with miniature cameras, watc
stanley canada hing our every move from overhead In the early 20th century, one hobbyist photographer equipped the rats of the sky with just such cameras. Julius Neubronner, a German apothecary, used carrier pigeons in his work, taking prescription orders from the nearby sanatorium by pigeon post. He was also a bit of an amateur photographer, and got the idea to combine the two. Neubronner developed an ultra-light camera and harness, and trained his birds to carry the extra load. The cameras operated on a timer, allowing the pigeons to snap shots mid-air. Neubronner received a patent on his pigeon camera in 1908, and exhibited his aerial photographers at photography exhibitions around Europe. Folks would gather to watch Neubronner pigeons fly back to him, and then they could purchase the resulting photographs some of which are shown below as postcards. Because there wasn ;t much commercial or military interest in Neubronner technology, he ended up abandoning the project after the First Wor
stanley uk ld War. But the German and French armies and the CIA would later take their own cracks at pigeon photography. Perhaps pigeons could serve as a low-cost alternative to spy drones Dr Julius Neubronner Miniature Pigeon Camera [Public Domain Review via Presurfer] Camera Blet The Army s Gigantic 300-Foot Drone Blimp Is Alive Over New Jersey
Funeral pyres are a shared ritual of many religions and ethnic groups. And cremat
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stanley cup continues to play a role in modern society, but the practi
stanley thermos ce is typically carried out behind the scenes in a funeral home. Reports of the deceased sitting up and performing a number of movements, including sitting straight up, during cremation are common. Is there a physiological reason for such motion, or can we dismiss this as the product of overactive imaginations In modern cremations, a blast of flame rains down on the corpse chest in a specially designed chamber. The chamber allows for an extremely high internal temperature of 870鈥?80掳 Celsius 1,598鈥?,796掳 Fahrenheit to be reached and maintained. At this temperature, skin ripples and burns away, fat sizzles, and organs shrink. Skin and muscle turn to carbon quickly, carbon that rapidly combines with oxygen in the air to create carbon dioxide. Only pieces of bone, surgical enhancements like hip and joint replacements , and debris is left after an hour or so of exposure. The pyres that we often see in historic accounts and fictional settings do not work as efficiently. Pyres use a system of scaffolding that increases the heat placed on the body as a function of height, reaching maximum temperatures of 600 to 800 掳C 1110 to 1470 掳F . These temperatures are attained by decreasing the size of each additional level of the pyre, which allows heat to funnel through a chimney-like system. At temperatures of 600 to 800 掳C, several
