Pawsey is proud to provide Australian researchers with allocations in 2023 on Setonix – the world’s 4th greenest supercomputer and 15th most powerful.

Pawsey researchers have received allocations in the following schemes:

National Merit Allocation Scheme (NCMAS)
Pawsey Partner Scheme

Altogether there are 227 allocations awarded to researchers from Australia’s universities, research institutions and State and Federal government research organisations.

1 billion CPU core hours and 0.5 billion GPU compute unit hours have been allocated in 2023 through various schemes.

Researchers can reach new scales of their science with some allocations reaching 100M core hours scale and average allocations size increase of nearly four times compared with Magnus in 2021.

More information about Setonix resources and Service Units model introduced in 2023 allocation round: https://support.pawsey.org.au/documentation/display/US/Changes+in+Supercomputing+Services+for+2023

Congratulations to all researchers awarded with compute time on Setonix

National Merit Allocation Scheme

Setonix NCMAS allocations displayed below were determined in a meeting of the National Computational Merit Allocation Committee. More information: http://my.nci.org.au/mancini/ncmas/2023/

Project Title	Lead Chief Investigator	Institution	Allocation Setonix CPU (kSU)	Allocation Setonix GPU (kSU)
Energy Materials for a Circular Economy: Modelling Disorder in Spent Batteries	Sherif Abbas	Deakin University	1,000
Mechanisms of ion channel function and modulation	Toby Allen	Royal Melbourne Institute of Technology	2,000
Advanced numerical modelling for developing safer and more efficient ocean infrastructure	Hongwei An	University of Western Australia	5,000
Exploring the dissolution and nucleation mechanism of cementitious materials at the atomic and molecular level	Danial Jahed Armaghani	University of Technology, Sydney	1,250
In silico design of nanomaterials for energy and environmental sustainability applications	Ravichandar Babarao	Royal Melbourne Institute of Technology	3,400
Developing Accurate Chemical Models for Nanomaterial Interfaces and Drug Binding	Giuseppe Barca	Australian National University		15,000
Molecular systems out of equilibrium: theory, simulation and application	Debra Bernhardt	University of Queensland	4,000	3,000
Investigation of Transport Barriers in Next-Generation Energy Storage and Gas Separation Materials	Suresh Bhatia	University of Queensland	3,300
Simulation of Transitional and Turbulent Flows for Engineering Applications	Hugh Blackburn	Monash University	2,200
Atomic and Molecular Collision Theory	Igor Bray	Curtin University	23,000	10,000
Thermodynamics of the Earth’s metal factory	Joel Brugger	Monash University	1,000
Unravelling Micro-Macro Links in Predictions of Granular Failure	Ha Bui	Monash University	1,000
Designing a hydrogen-tolerant metal alloy	Patrick Burr	University of New South Wales	3,600
Numerical simulations of rough wall turbulence: A control’s approach	Rey Cheng Chin	University of Adelaide	11,000
Multiscale computational investigation of materials and biomolecules for health, environmental, and commercial applications	Andrew Christofferson	Royal Melbourne Institute of Technology	2,500
Direct numerical simulation of wall-bounded and buoyancy-driven turbulent flows	Daniel Chung	University of Melbourne	10,000
Molecular simulation of membrane receptors, transporters and pores	Ben Corry	Australian National University	3,400	4,100
Revealing the 4-D Evolution of Earth’s Engine	Rhodri Davies	Australian National University	2,500
Towards realistic models of permeability, pore formation and surface interactions in biological membranes	Evelyne Deplazes	University of Queensland		1,000
Computational Design and Discovery of Novel Nanomaterials for Low Energy Electronics and Sustainable Energy/Environmental Applications	Aijun Du	Queensland University of Technology	7,000
Regional Climate Modelling in Australia	Jason Evans	University of New South Wales	7,500
Simulations of dynamic materials for heterogeneous catalysis	Jack Evans	University of Adelaide	500	500
From Interstellar Turbulence to the Formation of Stars	Christoph Federrath	Australian National University	22,000
Atomistic Simulation for Geochemistry and Nanoscience	Julian Gale	Curtin University	12,000	7,000
The role of convection and turbulent mixing in ocean circulation	Bishakhdatta Gayen	University of Melbourne	5,000	1,000
Hydrofluoric acid in geo-fluids under high pressure and temperature	Qiushi Guan	CSIRO	1,000
Bioinformatic analysis of agriculturally important plants, pathogen and pests	James Hane	Curtin University of Technology	1,200
Direct Numerical Simulations of Turbulent Combustion	Evatt Hawkes	University of New South Wales	12,000	20,000
3D Simulations of Core-Collapse Supernovae	Alexander Heger	Monash University	6,000
Accelerating the Design of Novel Catalysts and Drugs through Computational Chemistry	Junming Ho	University of New South Wales	3,750	1,000
Quantum Computer Simulation and Development	Lloyd Hollenberg	University of Melbourne	500	500
Sticky polymers in flow: Nexus between microscopic and macroscopic dynamics	Ravi Jagadeeshan	Monash University		1,000
Design Clean Energy Conversion and Storage Materials by Molecular Modelling	Yan Jiao	University of Adelaide	5,500
2D functional materials for physical and chemical applications	Liangzhi Kou	Queensland University of Technology	2,900
Computational Investigations of Molecular Structure and Reactivity	Elizabeth Krenske	University of Queensland	250	1,000
Star Formation and Feedback in a Turbulent Interstellar Medium	Mark Krumholz	Australian National University	4,000	8,400
Emergent Structure of Quantum Chromodynamics	Derek Leinweber	University of Adelaide	5,500	30,000
Oscillatory flows in complex geometries	Justin Leontini	Swinburne University of Technology	3,000
Computational Design of Two-Dimensional Hybrids Based Nanomaterials for Sustainable Energy Application	Ting Liao	Queensland University of Technology	1,500
Integrated Computational Materials Engineering for Energy Materials	Zhe Liu	University of Melbourne	10,000
From molecules to cells Understanding the structural and dynamic properties of cellular components at an atomic level	Alan Mark	University of Queensland	2,000	2,000
Nanoscale Materials: From Atomic Structure to Functional Properties	Nikhil Medhekar	Monash University	8,700
Evolution and dynamics of the Australian lithosphere	Louis Moresi	Australian National University	2,800
Earth dynamics and resources over the last billion years	Dietmar Mueller	University of Sydney	1,400
Atomistic Understanding of Solute Segregation, Precipitate Stacking and Impact of Solute Clusters on Deformation Modes	Jian-Feng Nie	Monash University	1,700
Membrane targeting delivery systems for precision nanomedicine	Megan O’Mara	University of Queensland		4,000
Gravity Current Driven Smoke Dispersion In a Stratified Ambient	Andrew Ooi	University of Melbourne	3,000	2,000
Towards Sustainable Energy Storage Technologies	Ekaterina Pas	Monash University		6,600
Exploring structure-property correlations in advanced materials: Nexus between computational simulation and atomic resolution microscopy	Simon Ringer	University of Sydney	13,000
Dose Quantification in Particle therapy	Mitra Safavi-Naeini	Australia’s Nuclear Science and Technology Organisation	1,000
High-fidelity simulations of turbulent flows in power generation and transport	Richard Sandberg	University of Melbourne	13,000	34,000
Two-dimensionalisation of MHD turbulence and ultimate horizontal convection regimes	Gregory Sheard	Monash University	1,000
Investigation of the structure, evolution and transport properties of turbulent wall-bounded shear flows using direct numerical simulations	Julio Soria	Monash University	24,000
Computer Simulations of Co-Crystal and Defect Formations in Solids	Dino Spagnoli	University of Western Australia	3,000
Modelling Nanoscale Materials for Sensing and Device Applications	Michelle Spencer	Royal Melbourne Institute of Technology	7,000
First-Principles Investigations of Processes and Properties in Catalysis, Coatings, and Devices	Catherine Stampfl	University of Sydney	3,000
Two-Dimensional Oxides Supported Non-noble Single-atom for Sustainable Fuel Generations	Ziqi Sun	Queensland University of Technology	2,000
Developing predictive tools for cleaner combustion	Mohsen Talei	University of Melbourne	2,000
Transition, stability and control of bluff body flows	Mark Thompson	Monash University	8,000
Compressible Turbulent Flows	Ben Thornber	University of Sydney	6,250
Computational approaches towards the neuronal basis of consciousness	Naotsugu Tsuchiya	Monash University	1,300
Development and application of nano interfacial simulations	Tiffany Walsh	Deakin University	500	800
Computer-aided materials design for advanced manufacturing and clean environment	Yun Wang	Griffith University	4,000
Use of Computational and Numerical Methods to Investigate Solid Crystalline Structures for Renewable Energy Applications	Lianzhou Wang	University of Queensland	1,500
Scramjet-based Access-to-Space and Planetary Entry	Vincent Wheatley	University of Queensland	10,000
ASKAP Survey Science	Matthew Whiting	CSIRO	2,000
Computational Materials Design for Solar Energy Conversion	Asaph Widmer-Cooper	University of Sydney	1,000
Theoretical Investigation of novel materials for industrial and biomedical applications	Irene Yarovsky	Royal Melbourne Institute of Technology	5,000	5,000
Simulation and Modelling of Particulate Systems	Aibing Yu	Monash University	4,000	2,000
Computer simulations of molecular systems and computer-aided molecular design	Haibo Yu	University of Wollongong	2,500	500
Atomistic simulation of advanced materials with combining first-principle calculation and deep-learning method: from microstructure to functionality	Rongkun Zheng	University of Sydney	2,500	1,000

Pawsey Partner Scheme

Setonix allocations displayed below were determined in a meeting of the Pawsey Partner Merit Allocation Committee. More information: http://support.pawsey.org.au/documentation/display/US/The+Pawsey+Partner+Merit+Allocation+Scheme

Project Title	Lead Chief Investigator	Institution	Allocation Setonix CPU (kSU)	Allocation Setonix GPU (kSU)
Development of monitoring systems for froth flotation plants with deep learning neural networks	Chris Aldrich	Curtin University	200	1,500
TrEnD Bioinformatics 2023	Morten Allentoft	Curtin University	1,000
Advanced numerical modelling for developing safer and more efficient ocean infrastructure	Hongwei An	University of Western Australia	50,000
ProTools for the Big Data era: Dissecting galaxy structures across cosmic time	Sabine Bellstedt	University of Western Australia	3,400
Regional Air Quality Model Development	Adrian Blockley	DWER, Western Australia Government	1,300	100
Atomic and Molecular Collision Theory	Igor Bray	Curtin University	52,000	26,000
Multi-Scale Drivers of East-Australian Current Variability	Chris Chapman	CSIRO	2,000
Fluid-Structure Interactions in Flows through Flexible-Walled Channels	Julien Cisonni	Curtin University	1,300
Mining to Net Zero: Processing and Modelling Geophysical Data to Explore for Strategic Metals in WA	Michael Dentith	University of Western Australia	1,000
Imaging processing of 4MOST and JWST/HST data to study dark matter mass/energy evolution	Simon Driver	University of Western Australia	1,000
Genomic and Bioinformatic Resources for Ocean Conservation and Management	Richard Edwards	University of Western Australia	2,200	200
Analysis of complex genomes	Dave Edwards	University of Western Australia	1,900	200
Evaluation of functional materials for hydrogen storage with Lammps and Monte Carlo simulation	Chunyan Fan	Curtin University	1,000
Predictive simulation of crystallisation	Julian Gale	Curtin University	32,000	65,000
Do galaxies regulate their angular momentum?	Lilian Garratt-Smithson	ICRAR, University of Western Australia	4,700
Fungal Pathogenomics for crop protection	James Hane	Curtin University	800	200
Integrated photonics with MEMS actuated Meta-material and meta-optical surfaces	Martin Hill	University of Western Australia	1,000
Deep and Wide Surveys with the Murchison Widefield Array	Natasha Hurley-Walker	Curtin University	6,800	500
Hydrogen geo-storage: prediction of fundamental parameters via molecular dynamics simulations	Stefan Iglauer	Edith Cowan University	500	1,000
Developing, testing and applying advanced ocean modelling systems	Ivica Janekovic	University of Western Australia	1,000
Computational Modelling for Biomedical Engineering Applications	Elena Juan Pardo	University of Western Australia	1,300
Climate Science Initiative: producing high resolution climate projections for Western Australia	Jatin Kala	Murdoch University	40,000
DNA Zoo Australia – WA Genome Atlas	Parwinder Kaur	University of Western Australia	1,200	3,300
Analysis of genetic variation and repetitive elements in neurodegenerative diseases	Sulev Koks	Murdoch University	1,000
Spin Based Physical Reservoir Computing	Mikhail Kostylev	University of Western Australia	900	100
Uncovering the geological history of Mercury and the Moon using automated crater detection	Anthony Lagain	Curtin University	400	600
Expanding the predictive power of state-of-the-art galaxy formation models	Claudia Lagos	University of Western Australia	1,500
Modelling the start of global plate tectonics on Earth	Zheng-Xiang Li	Curtin University	1,800
Pangenome Analysis of Barley, Oat and Lupin	Chengdao Li	Murdoch University	1,100
Computational Ocean Dynamics for Coastal and Offshore Engineering Applications	Ryan Lowe	University of Western Australia	13,500	1,800
Interphase interfaces dominated mechanical properties of nickel-based single crystal superalloys	Chunsheng Lu	Curtin University	2,400
Molecular dynamics simulation of biophysical phenomena	Ricardo Mancera	Curtin University	10,000	2,000
Atomistic modelling of carbon materials and related solids	Nigel Marks	Curtin University	3,300
Using a large ensemble of climate forecasts to identify unprecedented weather extremes	Richard Matear	CSIRO	12,000	3,000
Murujuga Rock Art Monitoring Program – Air Quality Modelling and Mircobiome Anaysis	Ryan Mead-Hunter	Curtin University	2,100
Molecular simulation of critical minerals in ore-forming fluids	Yuan Mei	CSIRO	8,500
High through put genomics analyses for major crop and pathogen species (fl3)	Paula Moolhuijzen	Curtin University	800	200
A genomics approach to identify the causes of colour differences in alpacas	Kylie Munyard	Curtin University	1,000
Lithospheric Architecture of Western Australia, Seismic Imaging Program of WA Array	John O’Donnell	Geological Survey of Western Australia	25,600	300
Using genomics to assist conservation of Western Australia’s biodiversity	Kym Ottewell	DBCA, Western Australia Government	1,200
Multiphase modelling of gas/liquid/solid interactions in engineering process	Vishnu Pareek	Curtin University	2,100
Combining Computational Fluid Dynamics with AI to evolve novel flow reactors	Gerald Pereira	CSIRO	1,000
Efficient Deep Learning Methods for Applications in Healthcare	Sonny Pham	Curtin University	800	2,400
Department of Primary Industries and Regional Development (DPIRD) Pathogen Diagnostics and Research	Asad Prodhan	DPIRD, Western Australia Government	300	700
Electro-crystallisation at the interface between immiscible electrolyte solutions	Paolo Raiteri	Curtin University	4,400	6,600
Rapid Climate Downscaling with Deep Learning	Jyoteeshkumar Reddy Papari	CSIRO	1,200	2,700
High Angular Resolution Radio Astronomy with the LBA	Cormac Reynolds	CSIRO	1,000
De-biasing the DFN dataset to get meteoroid impact flux density	Eleanor Sansom	Curtin University	1,100
Monitoring and Characterisation of Subsurface with Seismic Waves	Erdinc Saygin	CSIRO	1,000	100
Oncofetal ecosystem: Towards precision medicine	Ankur Sharma	Curtin University	1,000
Searches for pulsars and Fast Radio Bursts in high-time resolution images from MWA and SKA-Low	Marcin Sokolowski	Curtin University	800	200
Computational Simulations of Molecular and Ionic Solids	Dino Spagnoli	University of Western Australia	5,900
Statistical Genetic and Epidemiological Analyses for Complex Traits	Jennifer Stone	University of Western Australia	800	900
Scalable Machine Learning Applications for Improved Weather, Climate and Environmental Modelling	John Taylor	CSIRO	200	5,000
National convective-scale regional climate projections for the Australian Climate Service	Marcus Thatcher	CSIRO	8,000
Genomic analyses of broadacre and horticultural crop species	Rajeev K Varshney	Murdoch University	1,000
Enhanced sampling simulations for biological and biotechnological applications	Giuseppe Verdile	Curtin University	500	2,000
Developing next-generation spectroscopic modelling technologies for soil property prediction	Raphael Viscarra Rossel	Curtin University	300	1,900
Characterization of coals and development of boiler combustion model for a supercritical boiler	Hari Vuthaluru	Curtin University	1,100
Quantum variational algorithms with applications of practical significance	Jingbo Wang	University of Western Australia	4,100	3,300
ASKAP Survey Science	Matthew Whiting	CSIRO	5,300
Simulating and Processing the SKA Data Deluge	Andreas Wicenec	ICRAR, University of Western Australia	5,500	4,000
High resolution ocean model for the Australia and the Indonesian Archipelag – ozROMS continuation	Sarath Wijeratne	University of Western Australia	1,000
Large Scale Photogrammetric 3D Reconstruction for Underwater Virtual Heritage Experiences	Andrew Woods	Curtin University	1,400	8,600
Fully-Resolved Simulation of Particle-Laden Flows in Mineral Waste Systems	Enzu Zheng	CSIRO	1,100
On flow and force characteristics of a finite-length step circular cylinder mounted to a plane wall	Tongming Zhou	University of Western Australia	8,600

2nd Request 2022 Allocations

Setonix allocations displayed below were determined through NCMAS and Pawsey Partner Merit Allocation Schemes for 2022. Due to delay in Setonix Phase 2 deployment, these allocations will be available in the first half of 2023 allocation round.

Project Title	Lead Chief Investigator	Institution	Scheme	Allocation Setonix CPU (kSU)
Mechanisms of ion channel function and modulation.	Toby Allen	Royal Melbourne Institute of Technology	NCMAS	900
TrEnD Bioinformatics 2022	Morten Allentoft	Curtin University	Pawsey Partner	900
In silico design of nanomaterials for energy and environmental sustainability applications	Ravichandar Babarao	CSIRO	NCMAS	900
Machine learning for plant genomics	Philipp Bayer	University of Western Australia	NCMAS	900
Modelling like a Pro: Fusing spectral and structural analysis for bulges and disks in galaxies	Sabine Bellstedt	University of Western Australia	Pawsey Partner	1,125
Interfacial Barriers for the Transport of Nanoconfined Fluids	Suresh Bhatia	University of Queensland	NCMAS	900
Simulation of Transitional and Turbulent Flows for Engineering Applications	Hugh Blackburn	Monash University	NCMAS	900
Atomic Collision Theory	Igor Bray	Curtin University	NCMAS	4,500
Thermodynamics of the Earth‚Äôs metal factory	Joel Brugger	Monash University	NCMAS	900
Hydrogen-induced materials degradation	Patrick Burr	University of New South Wales	NCMAS	1,800
Multi-Scale Drivers of East-Australian Current Variability	Christopher Chapman	CSIRO	Pawsey Partner	900
Advanced numerical modelling for developing safer and more efficient ocean infrastructure	Liang Cheng	University of Western Australia	Pawsey Partner	9,000
Advanced numerical modelling for developing safer and more efficient ocean infrastructure	Liang Cheng	University of Western Australia	NCMAS	9,000
Numerical simulations of rough wall turbulence: A control’s approach	Rey Cheng Chin	University of Adelaide	NCMAS	2,700
Multiscale computational investigation of materials and biomolecules for health, environmental, and commercial applications	Andrew Christofferson	Royal Melbourne Institute of Technology	NCMAS	900
Direct numerical simulation of wall-bounded and buoyancy-driven turbulent flows	Daniel Chung	University of Melbourne	NCMAS	4,050
Towards realistic models of permeability and pore formation in biological membranes	Evelyne Deplazes	University of Queensland	NCMAS	900
Advanced Control and high fidelity analysis: the fast-track to commercialisation of wave energy converters	Boyin Ding	University of Adelaide	NCMAS	1,800
Imaging processing of ESO 4MOST and NASA HST data to study dark matter, and mass/energy evolution	Simon Driver	University of Western Australia	Pawsey Partner	900
Nanomaterials for Energy, Nanoelectronics and Environmental Applications: Contribution from Modelling towards Rational Design	Aijun Du	Queensland University of Technology	NCMAS	2,250
Analysis of complex genomes	David Edwards	University of Western Australia	NCMAS	900
Analysis of complex genomes	David Edwards	University of Western Australia	Pawsey Partner	405
Regional Climate Modelling in Australia	Jason Evans	University of New South Wales	NCMAS	1,800
Fundamental study on nanoporous carbonaceous materials for adsorption storage of hydrogen	Chunyan Fan	Curtin University	Pawsey Partner	900
Predictive simulation of crystallisation	Julian Gale	Curtin University	Pawsey Partner	27,000
Atomistic Simulation for Geochemistry and Nanoscience	Julian Gale	Curtin University	NCMAS	10,800
The galaxy-halo relationship: is the fate of a galaxy set by the properties of its dark matter halo?	Lilian Garratt-Smithson	University of Western Australia	Pawsey Partner	1,800
The role of convection and turbulent mixing in ocean circulation	Bishakhdatta Gayen	University of Melbourne	NCMAS	3,240
Bioinformatic analysis of agriculturally important plants, pathogen and pests	James Hane	Curtin University	Pawsey Partner	630
Barred galaxies and buckling instabilities – are we suppressing evolution via numerical resolution?	Katherine Harborne	University of Western Australia	Pawsey Partner	1,305
Direct Numerical Simulations of Turbulent Combustion	Evatt Hawkes	University of New South Wales	NCMAS	24,300
3D Simulations of Core-Collapse Supernovae	Alexander Heger	Monash University	NCMAS	2,430
Integrated photonics with MEMS actuated Meta-material and meta-optical surfaces	Martin Hill	University of Western Australia	Pawsey Partner	1,800
Developing New Treatments for Pain	Andrew Hung	Royal Melbourne Institute of Technology	NCMAS	1,125
Deep and Wide Surveys with the Murchison Widefield Array	Natasha Hurley-Walker	ICRAR, Curtin University	Pawsey Partner	1,260
Hydrogen geo-storage: prediction of fundamental parameters via molecular dynamics simulations	Stefan Iglauer	Edith Cowan University	Pawsey Partner	900
Simultaneous modelling atmosphere-ocean interactions to estimate tropical cyclone effects in ocean	Ivica Janekovic	University of Western Australia	Pawsey Partner	900
Current and future changes in climate extremes affecting Western Australia	Jatin Kala	Murdoch University	Pawsey Partner	9,000

DNA Zoo Australia	Parwinder Kaur	University of Western Australia	Pawsey Partner	2,160
Department of Primary Industries and Regional Development (DPIRD) Pathogen Diagnostics and Research	Monica Kehoe	DPIRD, Western Australia Government	Pawsey Partner	900
Support of the national roll-out of Australian Quality Forecasting System in Western Australia	Sean Lam	DWER, Western Australia Government	Pawsey Partner	900
Unveiling the physics of unsteady turbulent flows by using direct numerical simulation	Martin Lambert	University of Adelaide	NCMAS	900
Electromagnetic Structure of Matter	Derek Leinweber	University of Adelaide	NCMAS	8,100
Direct numerical simulation of complex fracture flows for geoscientific applications	Christopher Leonardi	University of Queensland	NCMAS	900
Oscillatory flows in complex geometries	Justin Leontini	Swinburne University of Technology	NCMAS	900
How changes in the number and sizes of continents may have kick started the supercontinent cycle	Zheng-Xiang Li	Curtin University	Pawsey Partner	900
Pangenome Analysis of Barley, Oat and Lupin	Chengdao Li	Murdoch University	Pawsey Partner	900
Integrated Computational Materials Engineering for Energy Materials	Zhe Liu	University of Melbourne	NCMAS	3,150
Lattice strain matching enabled dual-phase nanocomposite design for exceptional properties	Yinong Liu	University of Western Australia	Pawsey Partner	900
Numerical simulation on the mechanical properties of inversion domain boundaries in binary compounds	Chunsheng Lu	Curtin University	Pawsey Partner	1,260
Modelling of wind energy generation efficiency and environmental adaption under climate change.	Mervyn John LYNCH	Curtin University	Pawsey Partner	900
Molecular dynamics simulation of biophysical phenomena	Ricardo Mancera	Curtin University	Pawsey Partner	9,000
From molecules to cells Understanding the structural and dynamic properties of cellular components at an atomic level.	Alan Mark	University of Queensland	NCMAS	1,350
Atomistic modelling of carbon materials and related solids	Nigel Marks	Curtin University	Pawsey Partner	900
Multi-year Climate Forecasting	Richard Matear	CSIRO	Pawsey Partner	6,750
Enabling Functional Properties of Nanoscale Materials using Atomistic Simulations	Nikhil Medhekar	Monash University	NCMAS	1,800
Molecular simulation of critical minerals in ore-forming fluids	Yuan Mei	CSIRO	Pawsey Partner	5,220
High through put genomics analyses for major crop and pathogen species	Paula Moolhuijzen	Curtin University	Pawsey Partner	900
Large-scale atomic simulations of chemical short-range ordered solute clusters and lattice defects in Mg and Zn alloys by DFT calculations and deep learning	Jian-Feng Nie	Monash University	NCMAS	1,080
Using genomics to assist conservation of Western Australia biodiversity	Kym Ottewell	DBCA, Western Australia Government	Pawsey Partner	900
Combining Computational Fluid Dynamics with AI to evolve novel flow reactors	Gerald Pereira	CSIRO	Pawsey Partner	2,880
Electrocrystallisation at the interface between immiscible electrolyte solutions	Paolo Raiteri	Curtin University	Pawsey Partner	4,500
High Angular Resolution Radio Astronomy with the LBA	Cormac Reynolds	CSIRO	Pawsey Partner	900
Exploring structure-property correlations in advanced materials: Nexus between computational simulation and atomic resolution microscopy	Simon Ringer	University of Sydney	NCMAS	4,500
High-fidelity simulations of turbulent flows in power generation and transport	Richard Sandberg	University of Melbourne	NCMAS	17,100
4D Earth Imaging with Seismic Waves	Erdinc Saygin	CSIRO	Pawsey Partner	2,250
Uncertainty quantification for high-dimensional nonlinear inverse problems in groundwater hydrology	Adam Siade	University of Western Australia	Pawsey Partner	900
Computational Nanomaterials Science and Engineering	Sean Smith	Australian National University	NCMAS	4,500
Investigations of transitional and turbulent shear flows using direct numerical simulations and large eddy simulations	Julio Soria	Monash University	NCMAS	9,000
Computer Simulations of Co-Crystal and Defect Formations in Solids	Dino Spagnoli	University of Western Australia	NCMAS	900
Modelling Nanoscale Materials for Sensing and Device Applications	Michelle Spencer	Royal Melbourne Institute of Technology	NCMAS	1,800
Statistical Genetic and Epidemiological Analyses for Complex Traits	Jennifer Stone	University of Western Australia	Pawsey Partner	900
Developing predictive tools for cleaner combustion	Mohsen Talei	University of Melbourne	NCMAS	2,700
National high-resolution climate change projections for Australia	Marcus Thatcher	CSIRO	Pawsey Partner	4,500
Transition, stability and control of bluff body flows	Mark Thompson	Monash University	NCMAS	2,700
Compressible Turbulent Flows	Ben Thornber	University of Sydney	NCMAS	1,800
Relative and absolute binding free energy calculations by alchemical approaches	Giuseppe Verdile	Curtin University	Pawsey Partner	900
Design and Simulation of Quantum Variational Algorithms	Jingbo Wang	University of Western Australia	Pawsey Partner	1,350
A theoretical understanding of electrocatalytic reactions for hydrogen economy under industrial conditions	Yun Wang	Griffith University	NCMAS	1,350
ASKAP Pilot Survey Science	Matthew Whiting	CSIRO	NCMAS	1,530
ASKAP Pilot Survey Science	Matthew Whiting	CSIRO	Pawsey Partner	45
Data Intensive Astronomy to support the construction of the Square Kilometre Array Radio Telescope	Andreas Wicenec	ICRAR, University of Western Australia	Pawsey Partner	1,710
Computational Materials Design for Solar Energy Conversion	Asaph Widmer-Cooper	University of Sydney	NCMAS	900
High resolution ocean model for the Australia and the Indonesian Archipelag – ozROMS continuation	Sarath Wijeratne	University of Western Australia	Pawsey Partner	1,440
Large Scale Photogrammetric 3D Reconstruction for Underwater Virtual Heritage Experiences	Andrew Woods	Curtin University	Pawsey Partner	4,500
Theoretical Investigation of novel materials for industrial and biomedical applications	Irene Yarovsky	Royal Melbourne Institute of Technology	NCMAS	6,300
Simulation and Modelling of Particulate Systems	Aibing Yu	Monash University	NCMAS	1,350
Computer simulations of molecular systems and computer-aided molecular design	Haibo Yu	University of Wollongong	NCMAS	900
Effects of curvature on hydrodynamics of curved cylinders in steady and oscillatory flows	Tongming Zhou	University of Western Australia	Pawsey Partner	5,490