A new nanoscale laser uses optical origami to balance trapping and releasing light, paving the way for efficient integrated photonics.

A new cellular model of colorectal cancer helps identify high-risk subtypes likely to resist standard treatments and proliferate in response.

A simplified model helps predict the liquid fraction of accidental low-carbon fuel leaks at maritime facilities, supporting safer handling and operational design.

A new fusion chemistry approach could make some of the toughest industrial plastics recyclable, with tuneable features for different applications.

By examining how soy protein concentrates affect protein fibrous texture, scientists address existing quality control issues faced by meat-alternative manufacturers.

Inspired by classical signal processing techniques, a new approach to fine-tuning AI models helps reduce irrelevant computing while maintaining performance.

Researchers uncover an unlikely culprit behind the mysterious underperformance of novel 2D semiconductors: oxygen.

Nanopore sequencing and a self-enhancing AI model team up to enable a faster and more accurate method for reading synthetic genes.

An in-depth investigation of how graphene catalysts split methane molecules offers a cleaner route to hydrogen fuel production with near-zero CO₂ emissions.

A*STAR researchers develop a smarter delivery system for mRNA vaccines that boosts their targeting abilities and biological safety.