Biomimetic

Once again, technology has been inspired by nature. After examining how centipedes traverse rough terrain, researchers created a multi-legged robot that mimics their curved, side-to-side movement, providing greater stability and maneuverability.

Inspired by the wings of dragonflies and cicadas, researchers have developed a new coating for orthopedic implants. It not only shreds harmful bacteria, but also monitors stress on the system, meaning it could warn of impending implant failure.

Italian researchers have created a novel 4D-printed biodegradable 'seed robot' that changes shape in response to changes in humidity and can navigate through the soil. The device has great potential as a new way of monitoring the environment.

Scientists studying the makeup of limpet teeth have drawn inspiration from the way they form to create a composite biomaterial with extreme strength that could provide a more sustainable alternative to high-performance materials such as Kevlar.

Researchers have developed a simple new way to make material surfaces with intricate nanoscale textures, all inspired by nature. Different patterns have a range of applications, like making antimicrobial surfaces or reducing ship hull friction.

Ducks have specialized feathers that keep them from getting too wet. Now, engineers at Virginia Tech have investigated the physics behind how they work and developed synthetic feathers that could help ships glide through the water more easily.

No matter how good we humans have made something, chances are nature did it better. Rather than compete, scientists have now tapped into a natural sensor with the Smellicopter, a drone that uses an antenna from a live moth to sniff out its targets.

By getting up close and personal with the intricate mechanics of bird flight, scientists continue to unlock secrets that can aid in their pursuit of advanced aerodynamics, and that may include aircraft that generate a lot less noise.

Scientists in Australia have developed a jelly-like material with many of the properties of living tissue. A form of a hydrogel, it is self-healing, very strong and can change its shape – allowing it to mimic skin, ligaments, and bone.

​Combining suction cups and shower hoses, robotics researchers have created a wall-climbing robot said to be inspired by one of nature's congenital suckers: the leech. They're calling it a "world's first achievement in developing soft and flexible robot that is capable of free movement on a wall."

Scientists at Tel Aviv University have used the impressive echolocation abilities of bats as inspiration for a new robot, which is able to use ultrasound to autonomously navigate through an environment.

We’re still a long way from having robots blend seamlessly into our society. But apparently fish are easier to fool, since a team from EPFL has successfully integrated a robotic impostor into schools of zebrafish, to the point where the robot could guide the group’s behavior.