Over the 7 years of Raijin’s lifetime, Professor Amanda Barnard was responsible for an incredible 8% of the system’s total computing. A multidisciplinary researcher with a strong focus on computational and data science, Professor Barnard is developing new methods for applying machine learning to...

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 Australian medical research institutes and Harvard Medical School found that whole genome sequencing...

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 collection of model data that is assembled from the most advanced climate models around the world and...

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 processes taking place within a chemical reaction at an electronic level is crucial. NCI’s...

High-resolution environmental modelling has long been a challenge for Australian researchers, and benefits hugely from access to NCI’s data and compute infrastructure. It requires the ability to manage and access increasingly large-scale, high-resolution and diverse data sources combined with a...

Researchers from one of NCI’s newest Affiliate Partners, the ARC Centre of Excellence in Future Low-Energy Electronics Technologies (FLEET), are using the NCI supercomputer to discover the building blocks of our future electronic devices. In effect, they are using a high-energy electronic device —...