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32 results for "biomimicry"
Scientists discovered how small creatures swim efficiently in a "mesoscale" realm of physics, revealing the secret to building tiny robots that could deliver drugs directly to tumors. The breakthrough could transform medical treatment without harming the whole body.
Researchers at ETH Zurich just 3D printed an entire robot hand in a single process, complete with bones, joints, tendons, and touch sensors that mimic human anatomy. This breakthrough brings us closer to creating robots that move and feel like living creatures.
Researchers built an artificial eye with a liquid-metal pupil that automatically adjusts to bright and dim light, just like human and animal eyes do. The breakthrough could make self-driving cars, robots, and security systems work better in changing light conditions.
Researchers in Hong Kong have invented a membrane that wraps around batteries and cools them by sweating, just like human skin. The breakthrough could make electric vehicles and devices safer while eliminating the need for energy-hungry cooling fans.
Scientists discovered how Harris's hawks morph their wings mid-flight to slip through tight spaces, shifting from unstable to stable flight in seconds. This natural engineering trick could revolutionize how drones navigate crowded environments.
Scientists inspired by cat paws and elephant trunks just cut robot development time by 97%, making affordable touch-sensing robots a near reality. The breakthrough could transform everything from factory automation to prosthetic limbs.
Scientists created a robot eye that adjusts its pupil like a living creature, solving a major problem for self-driving cars and drones. The liquid metal design improved machine vision accuracy by 22% in harsh lighting.
Scientists finally understand how tree snakes lift 70% of their bodies straight up without toppling over. The discovery could revolutionize soft robotics and flexible medical devices.
Scientists created a flexible robotic wing that senses water currents and adapts like a bird or fish, slashing underwater jolts by 87%. The breakthrough could make ocean robots safer, smarter, and far more energy efficient.
Scientists discovered sea urchin spines generate electricity from water flow, inspiring self-powered underwater sensors. The breakthrough could revolutionize ocean monitoring without batteries.
Researchers discovered how to make water puddles up to one centimeter wide leap into the air by bursting bubbles trapped inside them. This breakthrough could revolutionize everything from 3D printing to surface cleaning without using any fuel.
Three inventors in Ohio looked to the ocean for help cleaning up the ocean. Their washing machine filter mimics manta ray mouths to capture tiny plastic fibers before they reach waterways.
A new robotic bird can actually flap its wings and fly as slowly as 2 mph, making it the first ornithopter that works indoors. The Swift comes with swappable tails that let you fly fast outdoors or slow and steady inside your living room.
Scientists discovered that the 1,000 whiskers on an elephant's trunk have a unique stiffness gradient that acts like a natural GPS system, helping these gentle giants pick up peanuts without crushing them. The breakthrough is now inspiring smarter robot sensors.
Scientists discovered elephant trunk whiskers have a unique structure that acts like a precise touch sensor, no brain power needed. This natural design could inspire smarter robots and artificial sensors.
Scientists have created a four-legged robot that can transform its body to mimic different animals, switching between species like a real-life transformer. This breakthrough could help robots tackle any terrain they encounter.
Scientists created a tiny artificial eye inspired by fruit flies that gives robots 180-degree vision and the ability to detect hazardous gases. The breakthrough could help search-and-rescue drones navigate disaster zones and find survivors in collapsed buildings.
Scientists discovered how snapping shrimp protect their brains from their own powerful shock waves using a natural helmet that's softer yet stronger than the rest of their shell. This tiny crustacean's ingenious design could help engineers create better armor to protect soldiers and first responders from blast injuries.
Scientists discovered how sea stars walk without a brain, and it could revolutionize how we build robots for extreme environments. Each of the creature's hundreds of tiny feet makes its own decisions based on what it feels.
Scientists developed a smart synthetic skin that can hide images, change textures, and morph shapes on command, all from a single soft material. Inspired by octopus skin, this breakthrough could revolutionize camouflage, security, and robotics.
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