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Synthetic materials systems that can count and sense their size?

Utilizing chemo-mechanical oscillations to mimic protocell behavior in manufactured microcapsules

Utilizing chemo-mechanical oscillations to mimic protocell behavior in manufactured microcapsules
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Nanotechnology Now - Press Release: Self-propelled, endlessly programmable artificial cilia: Simple microstructures that bend, twist and perform stroke-like motions could be used for soft robotics, medical devices and more

Nanotechnology Now - Press Release: Self-propelled, endlessly programmable artificial cilia: Simple microstructures that bend, twist and perform stroke-like motions could be used for soft robotics, medical devices and more
nanotech-now.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from nanotech-now.com Daily Mail and Mail on Sunday newspapers.

Self-propelled, endlessly programable artificial cilia

Self-propelled, endlessly programable artificial cilia
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Frogs Inspire Self-Assembling System Eyed for Self-Regulating Robots

Adobe Stock Researchers at the University of Pittsburgh developed materials that can dynamically organize themselves similarly to how some creatures create swarms. Inspired by the swarm habits of certain animals, researchers have developed a system of self-oscillating flexible materials that can dynamically organize themselves that they said can be used to design future robotic systems. A team from the University of Pittsburgh’s (Pitt’s) Swanson School of Engineering studied Japanese tree frogs in their research, which fall under the category of “swarmalators,” or entities that coordinate both their spatial movements and inherent time clocks when moving into a swarm formation, researchers said.

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