Science

Researchers have developed a novel method that uses the power of language models and formal verification to automatically discover and exploit vulnerabilities in deep learning libraries.

A new study demonstrates that modeling interactions beyond simple pairwise connections-using the mathematical framework of simplicial complexes-significantly improves the ability to explore complex networks.

Researchers are leveraging the power of graph theory to unlock deeper insights into the structure of finite-dimensional Lie algebras.

Researchers are developing a framework for creating self-clone chatbots designed to foster internal dialogue and improve psychological well-being.

Researchers are challenging conventional wisdom in machine learning for materials science with a surprisingly effective approach to interatomic potential development.

A new approach uses reinforcement learning to intelligently select robot poses, dramatically improving the efficiency of open-loop calibration.

Researchers now have a streamlined solution for creating and validating metadata, boosting the FAIR principles and ensuring long-term data accessibility.

A new framework generates complex, multimodal question-answer datasets to push the boundaries of Retrieval-Augmented Generation evaluation.

A new AI-powered system continuously analyzes wearable data to shift chronic care from reactive monitoring to proactive, personalized support.

A new framework translates human instructions directly into efficient robot control policies, enabling versatile performance across a range of tasks.