A*STAR Institute of High Performance Computing (A*STAR IHPC)

Simulations of graphene-like nanoribbons show that
small tweaks to their edge structures can drastically alter heat conduction

The
resilience of supply chain networks to major disruptions can now be measured
using a multi-factor test

A computer model built on bus location and passenger payment data could reduce waiting times at bus stops

A high-throughput computer model predicts diffusion data for the transport of light elements within solids

Better understanding of the wetting characteristics of phosphorene could pave the way for new applications in biological engineering

Model
predicts polymer food packaging’s propensity for absorbing aroma molecules from their
contents

Tailor-made metallic foams could soak up sound in high pressure, high temperature environments such as jet engines

A triple bend structure splits light into its two polarization components with unprecedented purity

Computer simulations have zoomed in on the role of superplasticizers in concrete performance

Despairing
of data sets? Here’s an automatic, cloud-based system designed for data rookies

Tumor growth in a mouse model of lung cancer is
reduced using an RNA-based therapeutic that inhibits a metabolic pathway in tumor-initiating
cells

Taxis utilized to their full potential, intersections with no traffic lights and devices that eliminate driver error — anything is possible in Singapore, one of the world’s busiest test beds for intelligent traffic.