GMJ
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<div class='quotetop'>QUOTE </div><div class='quotemain'>Scientists at Tufts University have received a $3.3 million contract from the U.S. Defense Advanced Research Projects Agency (DARPA) to develop chemical robots that will be so soft and squishy that they will be able to squeeze into spaces as tiny as 1 centimeter, then morph back into something 10 times larger, and ultimately biodegrade.</div>
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<div class='quotetop'>QUOTE </div><div class='quotemain'>The ability to safely and covertly gain access to denied or hostile areas and perform useful tasks provides critical advantages to warfighters over a broad spectrum of military operations. An effective and logistically attractive means for gaining entry to denied areas is to deploy an unmanned platform, such as a robot. However, often the only available points of entry are small openings in buildings, walls, under doors, etc. In these cases, a robot must be soft enough to squeeze or traverse through small openings, yet large enough to carry an operationally meaningful payload. Current robotic platforms are constructed primarily from hard materials and, while capable of locomotion with embedded payloads, cannot change their physical dimensions to rapidly traverse arbitrary size/shape openings whose dimensions are much smaller than the robot itself and are not known a-priori.</div>
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Well it's been nice knowing you guys. Who would have thought that the world would end after a James Cameron inspired Cold War?
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<div class='quotetop'>QUOTE </div><div class='quotemain'>The ability to safely and covertly gain access to denied or hostile areas and perform useful tasks provides critical advantages to warfighters over a broad spectrum of military operations. An effective and logistically attractive means for gaining entry to denied areas is to deploy an unmanned platform, such as a robot. However, often the only available points of entry are small openings in buildings, walls, under doors, etc. In these cases, a robot must be soft enough to squeeze or traverse through small openings, yet large enough to carry an operationally meaningful payload. Current robotic platforms are constructed primarily from hard materials and, while capable of locomotion with embedded payloads, cannot change their physical dimensions to rapidly traverse arbitrary size/shape openings whose dimensions are much smaller than the robot itself and are not known a-priori.</div>
Source
Well it's been nice knowing you guys. Who would have thought that the world would end after a James Cameron inspired Cold War?
