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The ALCS logo on top of the NCI, Pawsey and NeSI logos.
News article

A High-Performance Community

Last week, NCI hosted more than 150 of Australia's computational and data scientists in Canberra for the inaugural Australasian Leadership Computing Symposium (ALCS). Based at the Australian Academy of Science's immediately recognisable Shine Dome, ALCS2019 brought together researchers from five key
Basic page

History

NCI can trace its lineage back through three stages of the evolution of high-end computing services in Australia. Evolution in HPC capacity over 25 years in Australia. Summary of the Growth of Capability of HPC Systems at NCI (and antecedents) from 1987
A theoretical model of a specific Calcium Phosphate cluster in water.
Research page

Discovering the exquisite details of mineral formation

The Challenge We see so much of the world around us at the large scale, but never really think about the complexity taking place at the atomic level. So it is, for example, with bone formation. A central part of human life, bones are made up of calcium phosphate molecules that come together to form...
Data Informatics Specialist

Falak Nawaz

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02 6125 9137
Looking at the corner of the supercomputer with rows of servers extending both ways to the edge of the picture.
Image gallery

NCI's Data Centre

NCI's data centre contains all of our supercomputing, cloud and data storage equipment.
Black mesh cabinets with NCI logos on the front and computer servers, cables and lights visible inside them.
Image gallery

The Gadi Supercomputer

NCI’s newest supercomputer is Gadi, a 3,200-node supercomputer supplied by Fujitsu Australia. Named Gadi (pronounced 'gar dee') after the words “to search for” in the language of the Ngunnawal people, the traditional owners of the Canberra region, Gadi is Australia's peak research supercomputer for
Abstract image showing yellow strands and hazy shapes on a purple background.
Research page

Fluid flow physics facilitates fiendishly fiery formations

Challenge How do stars form? In clouds of gas millions of kilometres across, over millions of years, how do stars form? We know that gravity and electromagnetism and chemistry, pulling together vast clouds of gas, eventually lead to the burning balls of Hydrogen and Helium that we can see in the...

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