Research Highlights

A new study performed at NCI has found that an increase in average wind speeds well within the range predicted by the end of this century as a result of climate change could lead to abrupt physical

A major use case for high-performance computing in research comes from the detailed modelling of atomic interactions. Whether for materials design or chemical analysis, being able to understand the

One of the biggest causes of heart disease in Australia will now be easier to diagnose thanks to NCI’s integrated data storage, supercomputer and cloud computing systems. A collaboration of two major

Researchers from the Geospatial Analysis for Environmental Change Lab at the University of New South Wales have previously used satellite image time series data and NCI's supercomputer to calculate 26

Global climate change data provides unique insights about our changing environment over long time-scales, and helps us plan for the future. The international climate change data set CMIP6 is a

When genes and proteins inside a cell are damaged, it can result in diseases such as cancers, diabetes and obesity. Understanding exactly how this damage affects DNA is key to understanding and

Researchers from The Australian National University, along with international colleagues, have used a combination of ocean modelling and genetic data to transform our understanding of Antarctica's

Researchers are using new gene sequencing technology alongside high-performance computing at NCI to understand the genetics of one of the world's most devastating plant diseases: wheat stripe rust

Researchers from the new ARC Centre of Excellence in Climate Extremes are leveraging NCI's huge supercomputing power to perform world-leading ocean simulations. They are using more than 500 computer

One of NCI's expert staff has helped to make a significant new discovery about the way molecules can take shape. This method through which molecules arrange their atoms and change shape promises to