Science

New research explores how individuals are leveraging AI chatbots like ChatGPT to tackle long-term life planning, and where these tools fall short.

A new framework leverages knowledge graphs and large language models to critically assess sustainability claims and expose misleading environmental reporting.

A novel deep learning architecture leverages spectral entropy and feature fusion to dramatically improve the accuracy and robustness of magnetic core loss prediction.

A new model leverages contextual understanding and dynamic graph analysis to anticipate reliable relationships within complex systems.

A new approach uses computer vision techniques to analyze blockchain transactions and identify malicious activity within smart contracts.

New research reveals that artificial intelligence, despite vast medical knowledge, struggles to reliably interpret complex, real-world patient data.

A new analysis details the vulnerabilities and strengths of Boston’s Green Line subway system, offering critical insights for improving its operational reliability and security.

A new approach uses advanced mathematical tools to build more reliable predictions of robot movements, even with imperfect information about the environment.

A new data-driven tool helps clinicians determine the best treatment – surgical or transcatheter – for patients with aortic stenosis.

A new framework combines economic viability with sustainable agricultural practices to create resilient crop plans in the face of unpredictable conditions.