NASA and MIT’s Shape-Shifting Wing
Hundreds of identical polyethylene resin components form a new airplane wing developed by NASA and MIT. These shape-shifting pieces can morph during flight to form the most efficient wing for the existing …
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Hundreds of identical polyethylene resin components form a new airplane wing developed by NASA and MIT. These shape-shifting pieces can morph during flight to form the most efficient wing for the existing …
The MIT offshoot company Ori is hoping to make small living spaces feel and function better with the help of robotics. Their “shape-shifting” walk-in wardrobe (called Pocket Closet) can be bought online and …
Monthly tests and a proprietary algorithm result in fully customized products
Within Earth’s cratonic roots—thick “inverted mountain” sections of rock beneath most continental plates—quadrillions of tons of diamonds rest, well below where we’ve ever been able to excavate or drill. This is according …
Billed as the world’s first restaurant featuring a robotic kitchen that cooks complex, customizable meals, Boston’s Spyce utilizes seven automated cooking pots in place of chefs. These devices can deliver complicated, primarily …
Even scorching desert landscapes have water molecules floating in the atmosphere. Until now, the technology required to extract them has required vast amounts of energy. But a scientific duo from MIT and …
Researchers from MIT, the Swiss Institute of Technology and the Italian National Research Council have collaborated to design a smart intersection that would drastically reduce traffic. Called “Light Traffic,” the concept would …
The brilliant minds at MIT’s Mediated Matter Group have released a hypnotizing new video of their latest invention: a 3D printer that uses molten glass as its medium. Created in collaboration with …
LiquiGlide, the company that created a lubricated inner-coating for bottles, has just announced that Elmer’s Products Inc. signed an exclusive licensing agreement to use its coatings. Elmer’s will be the first company …
MIT’s Tangible Media Group—the university’s experimental arm—has come up with a way to turn the cords of our everyday electronics into functional interfaces. Inspired by the way people knot, pinch and kink …