Holy crap, these bionic arms look just like Doc Ock's

Holy crap, these bionic arms look just like Doc Ock's

Designed by German engineering firm Festo, these claw-tipped, artificially intelligent arms were designed to mimic the utility and movement of an elephant’s trunk – but the resemblance to Dock Ock’s writhing limbs is just uncanny.

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Researchers Create Re-Usable Tape Inspired By Geckos

Researchers Create Re-Usable Tape Inspired By Geckos

If there’s one animal that’s inspired endless scientific research—it’s the gecko. The lizard’s ability to seemingly defy gravity and walk on walls has resulted in robots that can repair spaceships in flight, and now maybe even self-cleaning reusable sticky tape.

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To Make Glass Stronger, Etch It With Microscopic Cracks

To Make Glass Stronger, Etch It With Microscopic Cracks

To anyone who has ever dropped a wine glass or broken a window, you might have a thing or two to learn from mollusks. A new technique inspired by natural materials such as mollusk shells or tooth enamel can make glass 200 times stronger. Weirdly enough, it works by weakening the glass with microscopic cracks.

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Robo-Whiskers and Three Other Cool, Creepy, Animal-Inspired Machines

Robo-Whiskers and Three Other Cool, Creepy, Animal-Inspired Machines

Inventors, designers and engineers are constantly cribbing from Mother Nature, building new-school robots inspired by old-school biology. Let’s take a look at some of the latest, greatest, and weirdest designs that use biomimicry to give animal capabilities to machines.

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This Gecko-Inspired Wall-Crawling Robot Will Someday Repair Spaceships

This Gecko-Inspired Wall-Crawling Robot Will Someday Repair Spaceships

In the future, science fiction told us, we’ll be able to save astronauts from the risk of spacewalks with a little robot that can scoot around the ship’s hull, clinging to the surface with some futuristic sticky feet. Well, that robot has now arrived and its name is Abigaille.

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Digital Fabrication Gone Wild!

Digital Fabrication Gone Wild!

Experimentation is a pretty standard part of the creative process, but it usually ends with an "a-ha" moment; once you know what you want to make, the trial and error part of the equation is dunzo. For architect Andrew Kudless, however, R&D is never over; he often pushes his sculptural work so far it accidentally ends up in a ten-foot wide puddle of plaster on his studio floor.

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Future Windows Could Use a Biomimetic Vascular System to Save Energy

Future Windows Could Use a Biomimetic Vascular System to Save Energy

Windows, our source of life-giving sunlight indoors, are a menace to your electrical bill. In the summer, windows bleed cold and in the winter they ooze heat. To save energy, researchers want to give window panes a circulatory system that could pump in cool, liquid relief when they get too hot.

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How Nature Is Inspiring a New Breed of Robotic Design

How Nature Is Inspiring a New Breed of Robotic Design

Some of our greatest inventors have looked to nature for inspiration. So it’s no coincidence that the earliest known designs for what would eventually become the modern airplane were all based on birds. Or why we may one day have nearly indestructible armor inspired by seahorses. This type of design, called biomimicry, is what’s driving such rapid advancements in the field of robotics, among many other disciplines. Here’s the best animal aping science has come up with yet.

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Using Super Slow Motion to Study the Biomechanics of Flight

DARPA’s hummingbird drone might be terrifying, but it’s pretty remarkable that we’ve been able to create a bot that mimics that kind of agility. Researchers at Stanford armed with high-speed cameras are studying the minutiae of bird flight frame-by-frame to see if we can’t one day make these bots even nimbler. That’s right, super-slow motion—for science.

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Buildings Based On Human Bone Structure Could Be the Future of Cities

Buildings Based On Human Bone Structure Could Be the Future of Cities

Biomimicry borrows design solutions from the embedded intelligence within animals’ bodies—chiefly from other species. But occasionally, it also borrows from within the human body. For example, a new study from MIT suggests that buildings of the future could be built with super-strong materials based on the structure of human bones.

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