THESBOT pipe-inspecting robot goes where the sun don't shine

If you've got a 3-inch diameter pipe to inspect from inside, chances are you're not going to try crawling in there yourself. At the recent IREX 2015 show in Japan, however, we spied a robot designed to do just that. Made by Tokyo-based HiBot, THESBOT is a sinuous robot that snakes its way through narrow pipework, transmitting real-time video and gathering other data as it does so.Read More


Speedy single-molecule nanosubs powered by UV light

For some time now, we've been hearing about the attempts by various groups to develop so-called nanosubmarines. Among other things, these microscopic "molecular machines" could conceivably be used for applications such as targeted drug delivery within the human body. Recently, scientists at Houston's Rice University created nanosubs that move at a "breakneck pace" when exposed to ultraviolet light. Read More


The North Face's Moon Parka is made from synthetic spider silk

Spider silk has some amazing properties. Among other things, it's as strong as steel, tougher than Kevlar, and lighter than carbon fiber. Unfortunately, however, farming spiders for their silk would be a very impractical venture. That's why some groups have looked into creating synthetic spider silk. Japanese company Spiber is one of those, and it recently joined forces with The North Face to create a parka made from its QMONOS fiber. Called the Moon Parka, the garment is reportedly "the world’s first piece of clothing made from artificial protein material."Read More


Secret to jellyfish propulsion could be applied to human tech

Until now, scientists weren’t entirely sure how marine life like jellyfish and eels are able to move so effortlessly from point A to point B, using less energy than it takes any other moving life form ever measured. But researchers at the University of South Florida (USF) believe they may have now found the answer. Rather than propel themselves forward by pushing against the water, jellyfish and eels actually suck the water toward them.Read More


Robotic finger mimics human digits as it is heated and cooled

Scientists at Florida Atlantic University have employed a novel thermal training technique to give robotic fingers a natural look and feel. With the ability to curve and straighten as it is heated and cooled, the researchers are hopeful their lifelike new creation will be put to use in underwater robotics and eventually, advanced prosthetic devices.Read More


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