Science

New research explores how personality traits in both people and AI systems shape interactions when cooperation isn’t seamless.

Artificial intelligence is rapidly becoming an indispensable tool for navigating the complex landscape of quantum materials and discovering novel states of matter.

As AI and robots become increasingly lifelike, understanding and categorizing the potential for deceptive behavior is critical for building trust and ensuring responsible design.

A new framework and benchmark dataset aim to accelerate evidence-based medicine by leveraging the power of artificial intelligence to critically appraise and synthesize complex research.

A new framework combines human cognitive modeling with risk assessment to improve safety and decision-making in complex digital environments.

A new approach learns to ground simplified simulations in real-world data, enabling robust policy transfer despite significant differences between virtual and physical environments.

A new framework combines the power of Signal Temporal Logic with Reward Machines to create more effective and reliable artificial intelligence systems.

Researchers are exploring ways to imbue artificial intelligence with a more human-like cognitive process, moving beyond simple task completion to genuine self-regulation and adaptation.

Researchers have developed a novel reward model that improves the coherence and natural flow of spoken conversations with AI assistants.

Researchers have developed a framework that empowers AI agents to plan and act more effectively by leveraging past experiences without requiring costly model updates.