Science

Researchers have developed a new 15-degree-of-freedom bionic hand leveraging distributed actuation to enhance dexterity and achieve more natural movements.

A new framework evaluates how well artificial intelligence integrates into complex research workflows and facilitates genuine collaboration with scientists.

New research explores how robots can combine observations of human actions with natural language to infer intentions and collaborate more effectively on complex, open-ended tasks.

New research demonstrates how grounding artificial intelligence in a rich understanding of context can deliver not just accurate results, but demonstrably justified decisions.

A new framework blends strategic game theory with real-time control techniques to enable safe and efficient coordination of multiple agents operating in complex, interactive scenarios.

New research suggests scientific progress hinges less on building upon existing knowledge and more on actively replacing it.

A new approach creates AI-powered research assistants that balance depth of inquiry with computational cost.

A new benchmark reveals the challenges large language model-based agents face when navigating complex social interactions requiring strategic cooperation.

A new cognitive architecture aims to move beyond opaque machine learning models by grounding AI reasoning in foundational principles of human cognition.

Researchers have developed a complete robotic system that combines advanced perception and a novel soft-rigid gripper to gently and reliably harvest ripe tomatoes.