Science

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.

A new study harnesses the power of machine learning to classify the evolutionary stages of molecular clumps, offering a powerful tool for understanding star formation.

A new framework dramatically reduces computational demands for autonomous drone exploration in complex and unpredictable environments.

Researchers have developed a novel method for tackling partial differential equations by breaking down physical problems into learnable, constituent operators.

Researchers have released a comprehensive dataset of vehicle movements captured by a swarm of drones, offering unprecedented insight into real-world traffic patterns.

A new study explores how artificial intelligence can distinguish between visually similar diseases in medical images without prior training.

A new framework aims to surface compelling quotes by balancing semantic relevance with the surprising power of defamiliarization.

Researchers have developed a novel deep learning model that accurately predicts DNA methylation and provides insights into how DNA sequence and structure work together to control gene expression.