MIT researchers create an elastic touchscreen with a 2D display.
Most of us don't even have access to 3D printing technology, but that's not stopping MIT from finding a way to add a whole extra D to the mix.
A group at MIT's Center for Bits and Atoms has created a robot that could point the way toward toy robots that can fold into different configurations.
15-year-old Kelvin Doe lives in Sierra Leone. Electricity in his area is erratic, only turning on a handful of times each month. What can you do? Well, this very clever teen went about finding a solution and he ended up building a battery to power his family home.
For all our advances in science and technology, the inner workings of the human brain remain largely a mystery when it comes to some of our habits and addictions. But a new research study from MIT has offered new insight into how we might be able to directly control those habits with simple bursts of light.
It's one of those nagging problems science has yet to solve: how do we save Earth if one of our asteroid neighbors starts heading our way? We've noodled everything from tractor beam, lasers, and even nuking them Armageddon style. A new proposal joining the chorus suggests hitting asteroids with white paintballs could do the trick — first by steering them off course with the force of impact, then by using the force of reflected sunlight bouncing off the paint to slowly move the offender out of the way.
Satellites, like the people who make them, come in all shapes and sizes. Their parts do as well. And while some thrusters are large and impressive, some satellites need smaller ones. So Paulo Lozano at MIT decided to build a rocket thruster the size of a penny.
Remember the chase scene in Evil Dead 2, where the titular dead hunted Bruce Campbell all through the inside of the cabin? Well MIT's Robust Robotics Lab has successfully reenacted that scene using a camera mounted on a small robotic plane that is able to autonomously fly indoors and maneuver around obstacles.
From churning out great works of art to replicating your own guns, the era of 3D printing is upon us. Now a couple of hardware designers have made the process even easier by creating a portable version of the technology.
The current generation of 3DTV sucks for lots of reasons, not the least of which is that it's not really 3D like a hologram is. Recognizing that true holographic video is a long way off, MIT has developed a glasses-free 3D stacked LCD display it's calling a Tensor Display that can make some of that magic happen.