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Scientists have created a mussel-inspired gel, which may ultimately save human lives  (Pho...

Mussels have an amazing ability to cling to rocks, even when buffeted by large waves and ocean debris on a daily basis. Now, scientists have created a bioadhesive gel inspired by those mussels, that could potentially be used to reinforce weakened blood vessels.  Read More

Quills may be good for more than just protecting porcupines (Photo: Shutterstock)

If you’ve known a dog that’s been quilled by a porcupine, then you’ll know that while those quills go in all-too-easily, it’s very difficult to pull them out. As part of a new research project, however, a team of scientists are looking at replicating those very characteristics in things like hypodermic needles and surgical adhesives. It turns out that what’s a bane to overly-inquisitive dogs may be a boon to medical technology.  Read More

The LuminAR Bulb works with standard light fixtures and projects an interactive image onto...

We've all seen gigantic touch screens on the news or in movies, but what if you could achieve the same type of interface by simply replacing the bulb in your desk lamp? That's the idea behind the LuminAR, developed by a team led by Natan Linder at the MIT Media Lab's Fluid Interfaces Group. It combines a Pico-projector, camera, and wireless computer to project interactive images onto any surface - and is small enough to screw into a standard light fixture.  Read More

Variations in the lunar gravity field as measured by NASA's GRAIL mission (Image:  NASA/JP...

Data from NASA’s twin Gravity Recovery and Interior Laboratory (GRAIL) probes has been used to create the highest resolution gravity map yet of any body in the Solar System. The two washing machine-sized spacecraft acted as a 225-kilometer (140 mi) long gravity detector for studying the interior composition of the Moon.  Read More

MIT engineers have devised a way to stack neurons to form three-dimensional brain tissue (...

A team of researchers from MIT and Harvard Medical School have devised a cheap way of artificially growing three-dimensional brain tissues in the lab. Built layer by layer, the tissues can take on just about any shape and closely mimic the cellular composition of the tissue found in the living brain. The advance could allow scientists to get a closer look at how neurons form connections, predict how cells of individual patients will respond to different drugs, and even lead to the creation of bioengineered implants to replace damaged brain tissue.  Read More

The MIT milli-motein

An MIT team is developing a robot that has the potential to become possibly the most versatile machine ever. Referred to by the team as the "robotic equivalent of a Swiss Army knife,” the milli-motein robot is made up of a chain of tiny modules each containing a new type of motor that can be used to form the chain into various shapes. This shape-changing capability could lead to the creation of robots that dynamically change their form to suit the task at hand.  Read More

While at MIT, Robot Rebuilt's founder Torres-Jara built a robot with highly sensitive hand...

Robot manipulators – or hands, as we like to call them – come in all shapes and sizes. Some, like those developed for Willow Garage's PR2, have just two fingers. Others have three, four, or five fingers – and some manage to lift objects with none at all. Now, an MIT spin-off called Robot Rebuilt is hitting up Boston venture capital firms to develop a manipulator with human-like sensitivity.  Read More

Autom's software can be upgraded and kept up to date through a monthly subscription

While earning his PhD at the MIT Media Lab, Cory Kidd wanted to build a social robot that could have a place and function in the home. One of the potential applications was a lifestyle coach – a robot that you would interact with daily as you try to lose weight. Kidd built a prototype, recruited people for a study, and found that participants using the robot stuck to the weight loss program twice as long as those who used an identical program on a laptop – and that most felt that the robot was more credible than an animated character on the screen.  Read More

The MIT metamaterial lens

We expect the world to be predictable. Water flows downhill, fire burns and lenses bend light in a particular way. That worldview took a jolt as Isaac Ehrenberg, an MIT graduate student in mechanical engineering, developed a three-dimensional, lightweight metamaterial lens that focuses radio waves with extreme precision. That may not seem too disturbing, but the lens is concave and works in exactly the opposite manner of how such a lens should.  Read More

Drone pilots (Image: Department of Defense)

The saying that "war is long periods of boredom punctuated by moments of sheer terror” could have been written for military UAV pilots. The news media like to portray drones like the MQ-1 Predator as robot warriors, but behind each one is a human pilot with only limited powers of endurance. On long missions, pilots get bored and distracted, so a team from MIT’s Human and Automaton’s Lab is studying how what can be done to stave off boredom and keep pilots alert.  Read More

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