A soft amphibious robot with electrohydraulic flippers transitions seamlessly between land and water, ideal for ...

AI's energy consumption could surpass renewable capacity, risking net-zero commitments. Stricter regulations and transparency are essential for sustainability.

Explore how artificial intelligence is changing cancer care and what it means for the future of precision oncology.

With PhysicsGen, MIT researchers enhance robot learning by generating thousands of simulations from minimal human input, ...

The enhanced GKR tool from NASA leverages AI to optimize keyword tagging, addressing metadata challenges and facilitating ...

A robotic root-sensing system developed at The University of Queensland is opening up new opportunities for more productive ...

At MIT's AI and Energy symposium, experts explored how AI can both challenge and transform the energy landscape towards ...

This self-supervised robotic system autonomously maps semiconductor properties, completing over 125 precise measurements per ...

The AI tool for wound assessment achieves high accuracy in detecting infections, supporting clinicians and enhancing care for ...

A true-to-life simulation platform designed to fast track the deployment of robotics and autonomous systems for offshore wind ...

AI support enhances radiologists' accuracy in breast cancer detection during mammograms, improving focus on high-risk areas ...

Discover key cyber threats in Industry 4.0 and how to secure connected robots, IIoT devices, and control systems with ...