Harvard Medical School researchers are designing next-gen robots that can flex, contract, and grow like human beings.

Researchers have developed a new 3D printing technique that creates paper-thin ‘magnetic muscles’ capable of bringing origami structures to life to deliver medicine inside the body. A crawler robot ...

Sixteen-year-old Jared Lepora created a robotic hand from Lego pieces with near-human precision. A 16-year-old student from ...

In a new paper in Science, experts from the University of Chicago describe steps that took place some 66 million years ago to ...

At 1 of the locations of tomato company Lans in Dinteloord, a pilot is underway with a GRoW harvesting robot for truss ...

Open source language models are crucial to AI innovation. Can open robotics models do the same for physical machines?

Magnetic graphene oxide sheets fold, move, sense motion, and switch function by swapping magnetic layers, offering a fast, reprogrammable platform for soft robots and other morphable structures.

At the 2025 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2025), held in Hangzhou, China, ...

A new 3-D printing technique can create paper-thin "magnetic muscles," which can be applied to origami structures to make them move.By infusing ...

An interview with Embark's executive producer Aleksander Grøndal about the use of generative AI tools and machine learning in ...

Engineers are turning to animal origami, from insects that tuck away wings to a protist with an accordion-like neck, for design help ...

Once inside, a magnetic field guides and unfolds it at the target site, where it releases medicine in a controlled and steady manner. In tests using a mock stomach, a plastic sphere filled with warm ...