McGill University engineers have developed ultra-thin materials that can move, fold, and reshape themselves, ...

The symmetrical design and flexible fingers mean that the robot can transport objects on either side of its body. For humans, ...

A robot observes its reflection in a mirror, learning its own morphology and kinematics for autonomous self-simulation. The process highlights the intersection of vision-based learning and robotics, ...

Human-inspired robots, aptly called humanoids, have emerged as the tech industry’s big bet on what comes next. They stand erect, like people, although they can’t always walk. And they can move through ...

Chengxu Zhou, an associate professor in UCL Computer Science, has bagged an NVIDIA Academic ...

Robots often fail outside factories when things move or change. Technology helps them see, feel, and learn, so they can work ...

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

When it comes to ultra-humanlike Westworld-style robots, one of their most defining features are lips that move in perfect ...

Early demos relied heavily on remote human operators for Neo, but the man behind the machine says Neo is getting better at doing things on its own.

Meet Atlas. It’s the latest member of the growing robot family to emerge from the laboratory at Boston Dynamics – perhaps best known for its canine-like Spot. Atlas, however, walks on two legs and ...