Science

New research reveals that human writing isn’t simply being replaced by artificial intelligence, but evolving alongside it in surprising ways.

A new framework translates the complex obligations of the EU AI Act into practical, testable components for developers and organizations deploying high-risk artificial intelligence.

A new framework, PrediFlow, dramatically improves the accuracy of real-time 3D human motion prediction, paving the way for more intuitive and efficient human-robot teamwork.

A new analysis reveals that professional software developers aren’t passively collaborating with AI agents, but actively directing them to improve both productivity and code quality.

This review explores how deep learning is empowering robots to interpret their surroundings, paving the way for more robust and adaptable autonomous navigation.

Researchers are leveraging the power of formal grammars to automatically discover and construct effective collaborative systems of autonomous agents.

New research reveals how a robot’s facial and vocal expressions influence human trust, particularly in collaborative construction environments.

A new autonomous system uses artificial intelligence to rapidly explore relational databases and uncover insights, bypassing traditional manual analysis.

New research demonstrates how large vision-language models can be efficiently adapted for robotic control, bringing sophisticated AI capabilities to more accessible hardware.

As generative AI becomes increasingly integrated into daily life, a new study introduces a validated scale to assess individuals’ ability to thoughtfully evaluate and responsibly use its outputs.