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If you're a fan of the "Iron Man" comic books and movies, you're probably fascinated with the powered, flight-capable suit of armor that fictional industrialist Tony Stark puts on when he goes out to battle evildoers. Wouldn't it be great to have one of those around? You might be surprised to learn that, someday soon, an only slightly less incredible version of Iron Man's suit may enable U.S. And at the same time, it'll shield them from the effects of bullets and bombs. The military has been working on the concept of the powered exoskeleton, a technology designed to augment the human body and its capabilities, since the 1960s. But recent advances in electronics and material science are finally making this idea seem practical. But others besides the military may benefit from the advent. It's possible that someday people with spinal injuries or muscle-wasting diseases may get around as easily as fully-abled people do, thanks to full-body devices -- essentially, wearable robots -- that enable them to do what their own muscles and nerves can't. How will future generations of powered exoskeletons revolutionize both the battlefield and peacetime existence? And, what technical hurdles must researchers and designers overcome to make powered exoskeletons truly practical for everyday use?
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