For nearly half a century, the dream of microscopic robotics has felt tantalizingly close, yet perpetually out of reach. We ...

Scientists have built microscopic, light-powered robots that can think, swim, and operate independently at the scale of ...

Robots that can think and move are no longer confined to factory floors or humanoid prototypes. Researchers have now shrunk ...

Researchers built autonomous robots the size of salt grains—with onboard computers, sensors, and motors that think and swim ...

Scientists have created robots smaller than a grain of salt that can sense their surroundings, make decisions, and move ...

Researchers have created microscopic robots so small they’re barely visible, yet smart enough to sense, decide, and move completely on their own. Powered by light and equipped with tiny computers, the ...

Professor Boyuan Chen poses with some of his 3D printed robots that were designed and built through his new platform called Text2Robot that allows people to simply tell a computer what kind of robot ...

In 1982, personal computers were beige, boxy, and built for engineers. They were powerful, but uninviting. Few people knew what they were for, or why they might need one. It took more than just better ...

In context: Teaching robots new skills has traditionally been slow and painstaking, requiring hours of step-by-step demonstrations for even the simplest tasks. If a robot encountered something ...

Robots need to move, right? That’s where actuators and motors come in. Think of them as the muscles and joints of a robot.