Robots will form a big part of our lives in the future, but despite the imagination and foresight of the best science fiction writers and filmmakers, it's still not exactly clear how will we accept and interact with them. Researchers at the Yamanaka Laboratory at the University of Tokyo have been investigating the field of robot-human interaction since 2007 by adding different kinds of biological behavior to a series of robotic sculptures. Recently almost all of these sculptures were gathered together for the Bio-likeness prototype exhibition
. Gizmag went along to get a feel of their work.
When taking snapshots, a good telephoto lens can be handy, but when your subject is 2.5 million light years away, it’s invaluable. To show off the capabilities of the new Hyper-Suprime Cam (HSC) located on Mauna Kea, Hawaii, an international team of astrophysicists has released high resolution images of the Andromeda galaxy that not only show off incredible detail, but may help shed light on the evolution of the Universe and the distribution of dark matter.
Most human-like robots don't even attempt biological accuracy, because replicating every muscle in the body isn't necessary for a functional humanoid. Even biomimetic robots based on animals don't attempt to replicate every anatomical detail of the animals they imitate, because that would needlessly complicate things. That said, there is much to be learned from how muscle groups move and interact with the skeleton, which is why a team at Tokyo University's JSK Lab has developed what could be considered the world's most anatomically correct robot to date.
While there’s little doubt that dolphins are saying something
to one another with all their clicks, squeals and whistles, we’re still not entirely sure
just what it is that they’re communicating. We may be getting closer to figuring it out, however, as Japanese scientists have created an underwater speaker that’s capable of playing back the creatures’ entire acoustic range. The next step - see how they respond.