Science

New research reveals the key strategies teams are using to maintain productivity and collaboration when working both remotely and in the office.

A new approach to testing vision-language models in robotics reveals hidden behavioral flaws that traditional methods often miss.

A flexible new framework, FlexMS, is enabling rigorous evaluation of deep learning methods for predicting mass spectra, paving the way for more accurate molecular identification.

Researchers introduce a comprehensive evaluation of robotic systems that translate natural language into physical actions, revealing the challenges and opportunities for more intuitive robot control.

Researchers have developed a new foundation model capable of understanding and generating complex 3D structures for both molecules and materials.

A new algorithm efficiently combines data from multiple sensors to reliably track stationary objects, even in complex environments.

A rigorous mathematical framework originally developed to understand magnetic materials is now proving surprisingly powerful in fields like computer science and statistical learning.

A new heterojunction material combining quantum dots and titanium dioxide nanoparticles dramatically enhances photocatalytic hydrogen production under visible light.

A new AI-powered lyric writing tool, CoLyricist, is designed to integrate seamlessly with the creative process, offering support without stifling artistic expression.

A new hybrid approach combines the strengths of simulated training with real-world vision to achieve highly reliable robotic assembly without human guidance.