#biomimicry

[ follow ]
#robotics
OMG science
fromArs Technica
3 months ago

We've figured out the basics of a shape-shifting, T-1000-style material

Researchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Remote teams
fromTechCrunch
3 months ago

Researchers explore how to build shapeshifting, T-1000-style robots | TechCrunch

Robots can change shape and state, inspired by biological tissues, but face size and power challenges.
Bootstrapping
fromScienceDaily
2 months ago

Squirrel-inspired leaping robot can stick a landing on a branch

Engineers are developing agile robots inspired by squirrel biomechanics to navigate challenging environments and improve disaster response capabilities.
OMG science
fromArs Technica
3 months ago

We've figured out the basics of a shape-shifting, T-1000-style material

Researchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Remote teams
fromTechCrunch
3 months ago

Researchers explore how to build shapeshifting, T-1000-style robots | TechCrunch

Robots can change shape and state, inspired by biological tissues, but face size and power challenges.
Bootstrapping
fromScienceDaily
2 months ago

Squirrel-inspired leaping robot can stick a landing on a branch

Engineers are developing agile robots inspired by squirrel biomechanics to navigate challenging environments and improve disaster response capabilities.
fromYanko Design - Modern Industrial Design News
1 month ago

"Elephant Skin" Mycelium Tiles can cool down buildings - Yanko Design

Laboratory experiments have demonstrated that the innovative "fungi tiles" made from mycelium are significantly more effective at heat regulation than traditional building materials.
Environment
fromdesignboom | architecture & design magazine
2 months ago

undulating roof echoing a moving fish tail tops pablo luna studio's tea room in indonesia

The Fish Tail Tea Room's design is a fluid gesture surrounded by greenery, with a structure that draws inspiration from the movement of a fish's tail.
Dining
fromOpen Culture
5 months ago

The Engineering of the Strandbeest: How the Magnificent Mechanical Creatures Have Technologically Evolved

Jansen's process of improving the Strandbeest resembles biological evolution, where changes are retained or discarded based on their adaptations to sandy environments.
Online learning
[ Load more ]