A couple of years ago, researchers from MIT created a beaver fur-inspired material that could be used to produce warmer wetsuits. Now, a different group of MIT scientists have devised a process that lets existing wetsuits retain body heat three times longer than normal.
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To cut down on the false alarms, an MIT team of engineers is working on new "smart outlets" that use neural networks to not only determine if a detected electric arc is dangerous, but also what type of devices are plugged into the outlet.
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Some day, it may be possible for tiny squishy robots to make their way through people's bodies, without being tethered to an external power supply or control unit. We've recently gotten a step closer to that being a reality, thanks to 3D-printing tech that produces magnetically-responsive devices.
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An MIT team has hooked the latest version of a radio scanning technology that can see through walls to an artificial intelligence (AI) neural network. The AI was trained to deduce a person's postures and movements even when completely hidden.
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After a heart attack occurs, non-beating scar tissue forms on the part of the organ that was affected – and this can lead to heart failure. There could be new hope, however, in the form of an implanted device that delivers medication directly to that tissue.
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About 39 percent of all water drawn from US rivers, lakes and reservoirs is used to cool power plants. Much of that water, in turn, ends up going out those plants' cooling towers in the form of steam. A new system created at MIT, however, could convert that steam into clean drinking water.
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A collaboration between BMW and MIT's Self-Assembly Laboratory has produced a 3D-printed inflatable material that can change its shape and stiffness on command. It could be used in designing highly customizable and multifunctional car interiors.
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Although there already are devices that let you objectively check if you've got bad breath (aka halitosis), they typically require a power source and an involved calibration process, plus they often aren't very sensitive or quick to respond. A newly-developed sensor, however, could change that.
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When a patient is suffering from a condition such as venous leg ulcers, that limb needs to be wrapped in a compression bandage. It's important, however, that the the correct amount of pressure is applied. New color-changing bandage fibers have been designed to ensure that caregivers get it right.
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If there's one thing that robots are good for, it's reducing costs by performing tasks that would otherwise go to human workers. That was part of the inspiration behind Spyce, a new budget-friendly fast food restaurant that has a robotized kitchen.
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