After detaching, they change shape and independently ... composed of a polyethylene oxide shell and a cellulose nanocrystal core. On testing, the soft robot explored a soil sample, adapting ...

Robot movies have been around nearly as long as film as a medium has. They allow us to explore themes around identity, misogyny, labor, and more. All of these films are available to stream. Consider ...

The shell begins to move under its own ... In this case, the recreations are 3-D-printed robots designed to replicate the shape and motion of ammonites, marine animals that both preceded and ...

PVC pipes surround ART’s internal modular chassis to protect it from water, while the robot turtle’s lightweight 3D printed shell gives it buoyancy. At its fastest, ART can “swim” at 0.083 ...

Made mostly of a liquid interior wrapped inside a fatty shell, they split ... used a variety of liquid metals that change their shape when subjected to electromagnetic fields. These unconventional ...

A 3-D-printed “shell” gives the robot a streamlined shape and a space that can hold air or ballast to adjust buoyancy. If you're enjoying this article, consider supporting our award-winning ...

A peek at the internal arrangement of the ammonite robots, which span about half a foot in diameter. It’s straightforward to copy the shell size and shape from the fossils, but the real test ...

advantageous for bearing the robot turtle’s weight on land. In flipper mode, the limbs become longer and flatter, ideal for propulsion in water. Designing and constructing ART’s shape-shifting limbs ...

Shape-shifting soft robots deliver customizable vibrations and stiffness, opening new possibilities in rehab and immersive ...

Smart materials can change their shape or form in response to external stimuli, making them indispensable for many ...

All turtles share the same general body plan comprising four limbs and a shell, but different ... we found that a robot design that treats body shape and behaviour as variables that can be ...