Scientists Create Robots Smaller Than a Grain of Sand

Neural prosthesis control restores near-normative neuromechanics in standing postural control

Merging motoneuron and postural synergies in prosthetic hand design for natural bionic interfacing

A new Science Robotics study describes an elastic snap-through mechanism that enables soft robotic joints to store and release energy through an embedded tendon, which can propel a turtle-like crawler through wet sand. https://scim.ag/4hcfz3b | Science Robotics | Facebook

2.3K views · 38 reactions | A new Science Robotics study describes soft robots with octopus-inspired embodied suction intelligence that enables them to curl around objects of unknown shapes or gauge the nature of their environment. https://scim.ag/43tmkZM | Science Robotics | Facebook

Robotics

Tesla’s Robot, Optimus: Everything We Know | Built In

The robotics powerhouse that is engineering the future | College of Engineering

Stanford engineers create a new robot that combines traditional and soft robotics