Science

Researchers are developing language models that can continuously process and reason about audio, moving beyond simple transcription to true comprehension.

New research reveals that the success of open-source projects hinges less on code quality and more on the subtle dynamics of team collaboration and individual motivations.

Researchers are leveraging the power of diffusion models and Fourier transforms to design and create novel crystalline structures with unprecedented efficiency.

As AI agents become increasingly powerful, ensuring their security and reliability is paramount, and new approaches are needed to defend against emerging threats like prompt injection.

A new framework categorizes the diverse roles humans and large language models play in collaborative decision-making.

Researchers have released a comprehensive dataset combining visitor movement, gaze patterns, and demographic information to unlock deeper insights into how people interact with museum exhibits.

Researchers have developed a novel framework that allows vision-language models to actively explore environments and generate their own training data, leading to more robust visual understanding.

Researchers have developed a new AI planning system that allows robots to understand and execute complex, everyday tasks in dynamic home environments.

A new perspective argues that understanding living systems, particularly neuronal function, demands a departure from conventional physics and the embrace of ‘non-ordinary’ laws.

Researchers have developed a unified model that excels at both understanding and generating images and text, bridging the gap between visual and language intelligence.