Drawing inspiration from the folding art of origami, Princeton University engineers created a structure that blurs the lines ...

Kawasaki's CORLEO is a hydrogen-powered, AI-driven rideable robot. Tech expert Kurt “CyberGuy" Knutsson reports on this new way of thinking about off-road transportation.

Text2Robot, a new AI tool from Duke University, turns natural language into fully functional, 3D-printable walking robots in ...

In an experiment reminiscent of the "Transformers" movie franchise, engineers at Princeton University have created a type of ...

Tesla's human-like robot keeps improving. Elon Musk tweeted that it now moves more smoothly and accurately. An executive ...

For a study in Science Advances, researchers crafted a robotic arm, and a joysticklike controller to operate it, from pork gelatin and plant cellulose—materials sturdy enough to function yet delicate ...

As outlandish as it sounds, Kawasaki isn’t the only company exploring rideable quadrupeds. Chinese company XPeng recently ...

The wolf-inspired robot, dubbed CORLEO, has four legs designed for navigating uneven topography. CORLEO is expected to be ...

A Coralville company recently received state funds to assist with building robotic prototype that will keep flocks moving and alert farmers to potential issues sooner.

Houston, we don’t have a problem. But we have found our future engineers.” With astronauts and NASA staff watching, a team ...

Researchers at Duke University promise to develop a robot simply by entering a text prompt describing it. Behind this is an ...