Tokyo Institute of Technology


New resin can be used for custom-shaped electrodes – or bacterium-sized bunny sculptures

Other than putting it in a tiny art gallery, what could you do with a rabbit sculpture that sits just a few micrometers tall? Perhaps not much, although it’s a remarkable example of the level of detail that can be achieved using a new electrically-conductive shapable resin. That same resin could find use in custom-formed electrodes for things like fuel cells, batteries, or even biosensor interfaces used to treat brain disorders.Read More

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Cooking simulator lets you fry up a virtual meal

I have to admit I find cooking a bit of a chore. As a result, I'm not very good at it and avoid it if at all possible. That’s why at first glance, the idea of a cooking simulator doesn’t really grab me. But with many others in Gen X and Gen Y also lacking the skills to cook up anything but the most basic of meals, my kitchen-novice brethren and I might ultimately benefit from the cooking simulator being developed by researchers at the Tokyo Institute of Technology.Read More


Swumanoid swimming android developed to improve performance in the pool

With the swimming program of the London Olympics now completed and medals awarded, many will now be casting their attention to Rio in 2016 and how competitors can be helped to swim faster, how they can be made stronger, and what swimwear can be developed to improve their performance. Researchers at the Tokyo Institute of Technology are hoping to answer these questions by developing a humanoid robot able to reproduce realistic swimming strokes. Read More


Air Hair: Virtual Reality haircut simulator

At the 3D and VR Expo in Tokyo last week, a team from the Tokyo Institute of Technology were demonstrating a virtual reality haircut simulator. With a real scissors mechanism and a physical dummy, the simulator would display the virtual hair on screen which falls to the ground as you trim it.Read More


Light powered motor utilizes shape-shifting plastic

A research team at the Tokyo Institute of Technology has developed a plastic motor that is powered solely and directly by light. Unlike solar-powered motors, which use photovoltaic cells to convert light to electric power and therefore require wires and batteries to deliver and store the power, the light activated motor converts light directly into mechanical energy. The first of its kind motor achieves this by using a belt made from a special elastomer whose molecular structure expands or contracts when illuminated, depending on the wavelength of light. An 0.08-millimeter thick belt coated with the shape-shifting plastic is able to turn a pair of wheels measuring 10 millimeters and 3 millimeters in diameter at 1 rpm, and although the device is still quite inefficient in terms of converting light into energy at this stage, the idea throws up an amazing number potential applications.Read More


Aircraft powered by 160 AA batteries

July 22, 2006 Panasonic (AKA Matsushita Electric Industrial Co. Ltd) certainly comes up with some interesting and original promotional concepts for its Oxyride battery business. In April 2005 we wrote about the company visiting Japanese schools and shopping malls to demonstrate a car powered by two AA-size Oxyride batteries and now comes the news of battery-powered flight. Yes folks, Panasonic together with the Tokyo Institute of Technology (TIT), has been working on the Oxyride Dry Cell Manned Flight Project since January this year. On July 16, the airplane powered by 160 AA-size Oxyride dry cell batteries flew a distance of 391.4 meters at an altitude of 6.11 meters at Okegawa Airport in Saitama Prefecture on the northern outskirts of Tokyo. The one-seat airplane, weighing 54 kg with a wingspan of 31 meters and piloted by a TIT student weighing 53 kg, was in the air for 59 seconds. Read More


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