"Every 4 1/2 minutes, a baby is born with a birth defect." That translates to 1 of just 33 babies being born with a defect in the U.S. Of these, about 1,500 babies, or 4 out of every 10,000 babies are born missing a hand or arm ("upper limb reduction").
Robotic surgery has proved itself to be less than perfect so far. Stiff robotic limbs, burning surfaces, numerous complications. But what if that surgeon’s assistant was less like a standard robot—and more like an octopus?
ASPEN. Life can change in an instant. We all know this, but we forget, or try to forget, this fact—until something happens that makes it hard to ignore.
Watch, and have your mind bent, blown, and boggled. Astounding. Appropriately, this video ends with the Arthur C. Clarke quote, “Any sufficiently advanced technology is indistinguishable from magic.” If you’ve recovered from your state of awe and want to learn more about this performance, I’ve grabbed a couple of descriptions directly from the website “Bot [...]
Scientists have spent years crafting a very special, creepy robot. One that can crawl over obstacles, swim through surf and grasp just about any object.
Octopuses offer an extreme engineering challenge: They are almost infinitely flexible, entirely soft-bodied and incredibly intelligent. Are we vertebrate humans ever going to be able to build anything as deformable and complex as a real octopus?
Solar-powered cars have been little more than a novelty to date, experimental vehicles resembling photovoltaic-laden surfboards designed mostly for racing across deserts.
Wow. This is the most awesome thing I saw yesterday, even though I watched – and enjoyed – Agents of S.H.I.E.L.D.. This short video entitled, “Box,” packed a bigger punch in five minutes than Joss Whedon and ABC did in an hour.
We’ve known for centuries that octopuses get around one of two ways: one, by crawling over surfaces with their arms, or, two, swimming with the help of their siphon’s jet.
Modular, programmable automatons make STEM learning fun
What innovations are leaping out of the labs to shape the world in powerful ways? Identifying those compelling innovations is the charge of the Meta-Council on Emerging Technologies, one of the World Economic Forum’s network of expert communities that form the Global Agenda Councils, which today released its Top 10 List of Emerging Technologies for [...]
Most octopuses get around primarily by crawling along the seafloor. And if they need to get somewhere in a hurry, they can employ their funnels to jet away like their pelagic cousins, squid.
Robot octopuses can already walk, jet along and even grasp tools. But new advances have these machines swimming faster than ever. And thanks to the addition of soft, fleshy webs, they’re starting to look—and move—much more like the real thing, too.
Lifelike robots and animations can elicit a response that’s somewhere between uncomfortable and creeped out. Scientific American editor Larry Greenemeier explains why in our latest Instant Egghead video: More to explore: What Should a Robot Look Like?
Are computers taking our jobs? It is surprisingly hard to say, largely because of a lack of good data