Science

Generative artificial intelligence is blurring the lines between human and machine creation, demanding a critical reevaluation of longstanding ethical principles.

Researchers have developed a framework that allows multiple robots to cooperatively solve complex tasks by combining probabilistic reasoning with intuitive behavior trees.

Researchers have leveraged the power of machine learning to uncover a surprisingly simple equation that effectively classifies these mysterious, high-energy bursts from deep space.

Researchers have created a comprehensive evaluation platform to assess the safety and reliability of robots powered by advanced artificial intelligence.

A new study reveals that despite the hype, deployed AI agents often rely on constrained designs and human intervention to achieve acceptable reliability in production systems.

A new survey explores how jointly optimizing a robot’s body and brain is unlocking truly adaptable artificial intelligence.

A new mathematical approach provides a common language for understanding and comparing the behaviors of artificial intelligence agents in complex environments.

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.