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CoE for Quantitative 3D Analysis

CoE for Quantitative 3D Analysis. Proposal for EOI. ANU: RSPS (AM / PRL) and ANU Supercomputer Facility (VizLab) Uni CIs : UNSW, UNE, UWA, MonashU, QUT PI Synchrotrons: Diamond, Boomerang, ESRF, Singapore PI Museums: AWM, WAM, AM, MV, Smithsonians

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CoE for Quantitative 3D Analysis

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  1. CoE for Quantitative 3D Analysis Proposal for EOI ANU: RSPS (AM / PRL) and ANU Supercomputer Facility (VizLab) Uni CIs: UNSW, UNE, UWA, MonashU, QUT PI Synchrotrons: Diamond, Boomerang, ESRF, Singapore PI Museums: AWM, WAM, AM, MV, Smithsonians PI Uni: MacDiarmid Inst, UTexas, UArizona, UNante PI Companies : Bluescope, DCL, DigiCore Consortium

  2. Summary This CoE will map key national theoretical and computational skills in aspects of 3D morphology and quantitative analysis.  The focus of the Centre is not limited to a particular length-scale nor is it bound by a particular instrumental technique.  The Centre aims to consolidate a growing culture in quantitative 3D analysis and through links with partners develop applications in fields as diverse as ground water remediation, blast furnace diagnostics, catalytic frameworks, engineered biomaterials and so on.  The Centre is very much about building the scientific capital required to support these advancing technologies and emerging scientific fields. As such the Centre will work to place the understanding and tools developed with partners to enable their specific development of their application. Partners include national facilities, state museums and companies. Key strengths • International standing in complex materials (porous, granular, framework) • Theoretical basis for 3D description (Epinet) • Computational expertise in 3D (Mango, Morphy) • Developed open Extensible database and sandbox (Plexus) • Developed open visualisation tool box (Drishti) • End user experience (Synchrotrons, Museums, companies, consortium) Key outcomes • Draw to focus 3D quantitative analysis on an international scene • Set standards for 3D quality assurance (computational and hardware) • Establish open source tools for visualisation and data management • Manage a National sandbox resource. • Engage with Digital Curation of cultural and heritage objects

  3. EPINET • The EPINET project explores crystalline frameworks (or networks) in 3D. The aim is to enumerate networks with a broad spectrum of properties that are of possible interest to geometers, structural chemists, and statistical physicists. The extraordinary wealth of hyperbolic tilings allows us to enumerate networks and their spatial realisations with greater breadth than conventional approaches. • http://epinet2.anu.edu.au/home

  4. Mango & Morphy • A software suite for parallel segmentation, network generation, pre- and post-processing, analysis and simulation on large 3D datasets. Allows multiscale, multimodal registration. • It is closed source with a restricted license. • http://wwwrsphysse.anu.edu.au/appmaths/xct/mango/index.htm

  5. Plexus • An extensible repository for data of any dimension and relation to any other data (real, simulated, theoretical). Records the chronological sequence of analysis and relationships made. An open resource with defined access to data and sandbox. No code access. • This forms the major tangible outcome for the CoE. • https://plexus.anu.edu.au/sessions/new

  6. Named CIs Prof Stephen Hyde (Director?) ANU Fed Fellow Prof Mark Spackman UWA Aust Prof Fellow Prof Iain Young UNE Head of School Prof John Howard ANU Senior Fellow Prof Imants Svalbe MonashU Senior Fellow Prof Dietmar Hutmacher QUT Chair Prof Mark Knackstedt ANU Senior Fellow A/Prof Christoph Arns UNSW Dr Adrian Sheppard ANU A/Prof Tim Senden ANU Funding $’000 pa Research Associates (15 FTE) 1500 Equipment 200 COO 120 Admin + office 100 Curator 100 Travel + training 80 Total 2100 CI cash contribution 400 (ANU), 200 (others) Requested ARC 1500 ($7.5M over 5 years)

  7. resources Research Focus most least ANU / MonashU / UNSW PLEXUS DEVELOPMENT (universal data repository and sandbox) • Theory (Digital topology) • Computer Methods • Simulation • Visualisation • CoE Office • COO / Media Officer • Curator • Admin Tomographic Hardware Development • University Collaborators • Project specific research • Synchrotron Community • Large volume of users • Quantitative analysis • Museum Community • Curation integration • Scanning of holotypes • Industrial Community • End user licenses • Equipment sales

  8. Collaboration network Number of research associates n Synchrotrons MonashU - Theory UWA – Inorg frameworks • Diamond • Boomerang • ESRF • Singapore • Physics • Sch of Biomedical, Biomolecular and Chemical Sciences • VizLab 2 1 International Uni • UArizona • UNante • UTexas • MacDiarmid Inst Museums ANU • West Aust Museum • Museum Victoria • Aust Museum • Smithsonian (Nat Hist) • LA County Museum • Applied Maths • Plasma Research • VizLab UNSW - Simulation 8 • Sch Pet Eng • Biomechanics 2 Companies QUT - Biomaterials UNE – Ground water • BlueScope • Digital Core Labs • DigiCore Consortium • Institute Health & Biomed Innov • Enviromental Biophysics 1 1

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