In a novel set of experiments with mice trained to do a sequence of movements and "change course" at the spur of the moment, Johns Hopkins scientists report they have identified areas of the animals' ...

Just four different movements make up the 12 distinct arm motions that wild octopuses utilize to achieve complex tasks, like probing rocks for food. Research from the Marine Biological Laboratory (MBL ...

Inflatable actuators that change shape based on injected pressure can be strong, but their big limitation is that they always deform in the same way. The Kresling pattern, which inspired the actuator ...

Scientists have developed a new method to simulate the complex movements of animals with exceptional accuracy. The research team set out to solve a long-standing challenge in biology—how to accurately ...

Ultraviolet-laser processing is a promising technique for developing intricate microstructures, enabling complex alignment of muscle cells, required for building life-like biohybrid actuators.

A new system from Yun Ho, Romain Nith, and Pedro Lopes combines AI and electrical muscle stimulation to physically guide users through unfamiliar tasks—marking a leap toward general-purpose, ...