MIT professor Daniela Rus explains how AI-powered robots are being trained to safely assist in homes and daily life.

MIT's humanoid robot is going to compete in DARPA's Robotics Challenge finals in two weeks. But can it walk on its own two feet?

The robotic arm is adapted from the MIT Humanoid project—a bipedal robot that can run, jump, and even flip. Each arm has four joints controlled by electric motors.

MIT professor Daniela Rus explains how AI-powered robots are being trained to safely assist in homes and daily life.

According to researchers, cuTAMP is robot-agnostic and has been successfully tested on a robotic arm at MIT and a humanoid robot at NVIDIA.

With robots increasingly being used on manufacturing floors, researchers are looking for ways that humans can work better with their robot coworkers. Scientists at MIT say the answer is cross ...

The MIT Technology Review has put together a quick guide to help viewers be more aware and critical of what’s happening behind the scenes.

A bee-like robot currently under development at the Massachusetts Institute of Technology (MIT) is part of a new generation ...

The tech giant’s latest robotics offering is Jetson Thor, a super computer built for real-time AI computation on humanoid ...

Silicon Valley is working to make humanoid robots a reality. But getting there will take time.

AI chatbots have advanced rapidly over the past few years, so much so that people are now using them as personal assistants, ...