Science

The true key to building trustworthy autonomous agents lies not in model scale, but in the underlying architecture that governs their behavior.

A new framework empowers artists to shape dynamic shader animations simply by expressing their aesthetic preferences, ushering in a new era of human-AI collaboration.

A new wave of artificial intelligence is tackling the complexities of legal documents, promising to reshape how we interpret contracts, navigate regulations, and access justice.

As reasoning agents become increasingly prevalent, existing data architectures struggle to keep pace with their dynamic needs.

A new wave of artificial intelligence is moving beyond chatbots to create more proactive and insightful interactions between patients and healthcare providers.

New research reveals that a robotic arm can accurately infer a human operator’s emotional state simply by analyzing their movements during remote control.

New research proposes leveraging the power of language models to explore the boundaries of what constitutes a learnable, and therefore possible, human language.

New research reveals that human trust in robots isn’t solely based on their capabilities, but significantly influenced by perceived attentiveness and social cues.

New research reveals the inner workings of molecular transformers, demonstrating their ability to learn interpretable rules for generating valid chemical structures.

This review details the architecture and implementation of ARTEMIS, a humanoid robot system that recently secured a championship win at RoboCup 2024 through advanced integration of perception, planning, and control.