Craving machine companionship? Japan's robot hotel is for you
When you check into Japan's newest hotel, a mechanized velociraptor in a bellhop cap greets you at the front desk.
When you check into Japan's newest hotel, a mechanized velociraptor in a bellhop cap greets you at the front desk.
Engineers in Japan are making conductive inks that can be stretched to the extreme, adding to research on smart fabrics by Google, NTT and other groups in one sign of the possible future direction of wearables.
If you hate waiting for restaurant servers and can't abide mistakes in your order, there's an app -- and a mat -- for that.
Japanese researchers want to show people what it's like to have autism by using a headset that distorts imagery of people nearby.
Japan has robot chops aplenty. Honda has the world's most sophisticated humanoid robot, Japanese industrial robot makers are among the best, and the country's space agency landed a robot probe on a speeding asteroid and returned samples to Earth.
Much research is being done in Australia and around the world to unlock the massive computing potential of quantum and nano systems. But which technology is most likely to power highly complex machines of the future?
Scientists at three universities – including two in Australia – have created what they claim to be the world’s largest quantum circuit board, an essential component in high-powered laser light computers.
By 2020, Nissan will offer self-driving cars in several models created in collaboration with tech teams from the top universities, including MIT, Stanford, Oxford, Carnegie Mellon and the University of Tokyo.