Science

New research suggests that imbuing AI agents with the ability to dynamically manage their reasoning process – much like human cognition – is key to unlocking superior problem-solving abilities.

Researchers have developed a new framework to quantify and instill human-like qualities in artificial intelligence, moving beyond simple task completion to genuinely natural conversation.

Researchers have developed a new framework that leverages the power of artificial intelligence to translate visual and textual information into rigorously verifiable logical statements.

A new study examines the disconnect between expectations and reality in AI-driven hiring, revealing how current systems often undermine candidate agency and satisfaction.

As artificial intelligence rapidly advances, the question of legal responsibility and moral standing for truly intelligent systems demands a critical re-evaluation of existing legal frameworks.

As large language models increasingly take the reins of physical robots, a critical need emerges to understand and mitigate the unique security vulnerabilities this integration creates.

A new mathematical framework proposes how agency can arise from physical systems without violating deterministic laws.

Holotomography is rapidly evolving from a niche morphometric technique into a powerful, AI-driven platform for label-free, 3D multimodal phenotyping across diverse biological applications.

Claims of scientific breakthroughs by large language models are raising questions about the rigor of AI-driven discovery and the need for verifiable evidence.

A new scoring system prioritizes the lived experiences of people with disabilities to shape the future of automated vehicle accessibility.