Science

A new framework efficiently assesses the stability of complex nanoparticles, minimizing the need for extensive computational simulations.

A new motion planning framework leverages formal logic and advanced robustness metrics to enable robots to reliably execute complex tasks.

New research reveals that pairing teaching assistants with AI feedback tools significantly improves the quality of revisions students make to their work.

As systems become increasingly autonomous, static ethical guidelines are proving insufficient, demanding a new approach to runtime ethics and value alignment.

New research challenges the notion that hypergraphs offer a fundamentally richer framework for modeling complex systems than standard graphs.

New research reveals that large language models can effectively persuade people despite lacking a crucial human ability: understanding what others are thinking.

Researchers have created a challenging new environment to train artificial intelligence to write and understand code more effectively, pushing the boundaries of task transferability.

A new benchmark leveraging the complexity of human-designed games reveals the significant gap between current AI and human-level general intelligence.

Researchers have developed an AI system capable of understanding and executing complex photo editing instructions, achieving professional-level results with remarkable consistency.

A new AI-powered workflow dramatically accelerates the analysis of single-crystal neutron diffraction data, promising faster materials discovery.