Researchers from The University of Tokyo’s Shinoda – Makino Lab have created a mind-blowing device that clones both images and low amounts of haptic feedback. In other words, it creates reflections that you can “touch” and can “touch” you back.
I have talked before about SpaceX and its woes in trying to land the first stage of one of its Falcon 9 rockets. The company has been trying to land the first stage successfully to try to make space flight cheaper and more attainable to anyone interested.
Applications allow PCs and mobile devices to serve different functions. But what if your gadget could change its physical form too? That’s the idea behind LineFORM, a proof of concept robot by Ken Nakagaki, Sean Follmer and Hiroshi Ishii of MIT’s Tangible Media Group.
Last week, I showed you guys a drone that had a flamethrower attached, and was cooking a turkey. That flame-throwing drone could just as easily be used to attack people or property. With that in mind, the Tokyo police have a plan to stop nefarious drones before they can cause problems.
We’ve seen quadcopters and robots that can fly and walk (or roll), and one that can swim and walk. The Naviator drone on the other hand is equally adept at flying and swimming underwater.
Prof. Javier Diez and several of his students at Rutgers University’s Department of Mechanical and Aerospace Engineering have been working on the Naviator for years, but it took off earlier this year when they received $618,000 (USD) from the United States’ Office of Naval Research (ONR), who were apparently extremely impressed by the prototype.
If you haven’t heard of the Hyperloop, you are missing something that will be awesome if it comes to fruition. Hyperloop is a very high-speed transportation system proposed by Tesla founder Elon Musk, that will carry people and cargo from place to place.
The smart man knows a bandage only hides his wounds. And University of Bath Professor Toby Jenkins is a very smart man. That’s why he and his colleagues from various UK universities and hospitals are working on a bandage that glows under ultraviolet light when exposed to toxins produced by pathogenic bacteria.
These tiny little crumbs look a lot like peppermints you’d use to freshen your breath after lunch, but you don’t want to eat these ones. What you see here are tiny spheres of a sort of latex liquid that are coated in calcium-carbonate nanoparticles.
One of the biggest concerns when it comes to military vehicles is their ability to operate quietly, while still offering up plentiful power. This poses a big challenge with traditional automotive drivetrains. Now, GM has teamed up with the U.S.
I thought smartwatches were pretty smart already. I love not having to dig my phone out of my pocket to see who is calling and if I want to talk to them. Thanks to a new technology that was developed by scientists at Disney Research and Carnegie Mellon University, smartwatches are set to get lots smarter.
Custom mounts, docks and other connectors are simple yet impressive demonstrations of 3D printing’s potential. Right now you can either design your own connector or look for existing designs, but a group of researchers have created a third option: have a computer figure it out for you.
I can appreciate the skill involved in making art with spray cans. I’ve watched videos on YouTube before of people seemingly spraying random colors of paint onto a surface and ending up with something awesome. If you are like me and lack the skills needed to do anything artistic, check out the SprayPrinter.
The only thing worse than the thought of a robot like Hector from Saturn 3 lumbering down the hall after me is the thought of Hector riding a motorcycle at 200 mph coming after me. To help fulfill my nightmares, Yamaha has created a humanoid robot that can ride a Motorcycle.