Microrobots have long promised precision drug delivery inside the human body, but making them practical has remained difficult. Many designs are complex, expensive to manufacture, or hard to control ...

Overview AI robots need both real-world and synthetic data to learn effectively, with tools like simulation and teleoperation ...

Just like bees, the individual robots in this simulation have no master plan. Simply by responding to local cues, they are able to construct honeycomb-like structures. The method could presage a new ...

Scientists are turning DNA into tiny robots that can move, sense, and deliver drugs, pushing nanotechnology closer to ...

Inside a UNC-Chapel Hill Science lab sits an autonomous robot. Imagine a machine like a Roomba, but with an arm, so it can pick up things like a dirty sock off the floor. A group of researchers from ...

If you wanted to build a robot that chased light, you might start thinking about Raspberry Pis, cameras, and off-the-shelf computer vision systems. However, it needn’t be so complex. [Ed] of [Death ...

New research helps robots combine language and gestures to find objects in cluttered spaces, improving how they understand ...

(a) A robot whose kinematic and morphology model is unknown. (b) Taking photos of the robot under different joint configurations from different view directions. (c) Representing each part of the robot ...

In a small classroom in Aligarh, waste materials are turning into machines. A government school teacher is guiding students ...

Have you ever wished robots could do more than just follow instructions? Well, that’s where Mirokaï steps in. Born from the creative minds at Paris-based startup Enchanted Tools, Mirokaï isn’t just ...