Science

A new survey explores how advancements in visual understanding and natural language processing are enabling more effective collaboration between humans and robots.

Researchers are exploring how artificial intelligence can move beyond task completion to provide genuine long-term relational support, mirroring the role of a significant other.

A new framework formalizes decision-making competence as the core of intelligence, paving the way for truly integrated human-AI systems.

A new framework, BioArc, automatically engineers neural networks optimized for understanding complex biological data like DNA and proteins.

Researchers have developed a new method for accurately recreating complex human-object interactions in 4D from standard monocular video footage.

Researchers propose a unified cognitive architecture that bridges perception, semantics, and action, offering a biologically inspired model of how the human mind works.

This review explores the rapidly evolving field of socially aware robot navigation, examining how deep reinforcement learning is enabling machines to move safely and intuitively alongside people.

As autonomous AI agents become increasingly prevalent, ensuring their security demands a re-evaluation of traditional computer security principles.

A new framework empowers artificial intelligence to autonomously conduct scientific research, accelerating discovery through iterative experimentation and reasoning.

Researchers have developed a new robotic hand design inspired by human anatomy, prioritizing adaptability and efficient manipulation.