NASA’s Perseverance rover is certified to operate until 2031 and has uncovered Mars rock samples that reveal ancient ...

WSU researchers developed a cost-effective robotic apple-picking arm to address labor shortages in agriculture, enhancing ...

This study from MIT explores eye evolution through AI simulations, uncovering how different tasks shape visual systems and ...

A soft robot gripper changes shape to gently lift fragile objects and even humans, combining flexibility with surprising ...

The University of Cambridge researchers recently outlined how Matta’s adaptable AI technology is already helping factories ...

A look inside modern cosmetics factories—and how automation is helping brands keep up with demand, innovation, and regulatory ...

From bias to privacy, here's what young researchers need to know about doing ethical AI work in a fast-moving field.

CardioKG could enhance drug discovery for heart disease by integrating imaging data and biological information, improving gene-disease connection predictions.

The foundations of AI in robotics date back to the mid-20 th century, when early computers first began to process complex algorithms. The 1956 Dartmouth Conference is often recognized as the inception ...

AZoRobotics speaks with Yoshiyuki Kageyama from Hokkaido University about his research into creating molecular microrobots that simulate the capabilities of living organisms. Kageyama and his team ...

Climate pressure, shifting labor dynamics, and the demand for more sustainable practices are reshaping the way food is grown and managed. And increasingly, farms are turning to autonomous machines as ...

Over the past three decades, automotive welding robots have revolutionized the industry, making assembly lines faster, safer, and more cost-effective. Their integration into manufacturing, which began ...