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CIG Magma Dynamics Workshop - Advancing Solid-Earth Science and Computational Science

The CIG Magma Dynamics Workshop aims to address important scientific and computational problems in magma dynamics, fostering collaboration and innovation in the field. Join us to explore current research, discuss future goals, and propose concrete solutions to advance the field.

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CIG Magma Dynamics Workshop - Advancing Solid-Earth Science and Computational Science

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  1. And now, a word from our Sponsor….What is CIG? Marc Spiegelman (Columbia Univ) Mike Gurnis (Caltech) CIG Magma Dynamics Workshop

  2. What is CIG? • A partnership between Solid-Earth Science and Computational Science • A Cooperative Agreement between Caltech and the NSF on behalf of the Geodynamics community • A SoftwareDevelopment Team working on behalf of the geodynamics community • A web-site: http://www.geodynamics.org/ • What you want it to be…an opportunity… CIG Magma Dynamics Workshop

  3. Current CIG Working Groups/projects • Mantle Convection • Long-term Crustal Dynamics • Short-term Crustal Dynamics • Computational Science • Geodynamo • Computational Seismology • Magma Migration CIG Magma Dynamics Workshop

  4. Current CIG Software • Mantle Convection • CitComCU, CitComS, “1-D Geophysics” • Long-term Crustal Dynamics • GALE, Ellipsis, Plasti • Short-term Crustal Dynamics • PyLith, Lithomop • Computational Science • Pythia/Pyre (PETSc,Sieve, StGermain, deall.II) • Geodynamo • MAG (in progress) • Computational Seismology • SpecFEM 3D, 1-D codes • Magma Migration (??) CIG Magma Dynamics Workshop

  5. CIG Software Vision • Open source, well documented & supported, and easily verified • A framework of common components that allow different physics and methods to be easily coupled • Enable individual scientists to build and explore new models • Scalable from Laptops to Supercomputers CIG Magma Dynamics Workshop

  6. Magma Dynamics as the key Integrating problem • Multi-physics: adds fluids to a range of solid models (both mantle and lithosphere) • Interoperability with other CIG codes? • Multi-scale • Magmatic regions embedded in large scale mantle dynamics • Localization phenomena in magmatic regions • Grain Scale physics? • Necessary for integrating models with Observations (particularly geochemistry and plate-boundary dynamics) • Important for large class of users and developers, particularly MG&G (Ridges/MARGINS etc.) • Progress, however, requires significant increase in flexibility of software tools. Mid-Ocean Ridge Dynamics Reactive Channel formation Mechanical melt band localizations CIG Magma Dynamics Workshop

  7. Overarching Workshop Questions • What are the important/interesting scientific and computational problems we want to solve? • What can we do today? (what is the current state of theory and computation in magma dynamics) • What do we want to do tomorrow? • How do we get there? • How can CIG help? • An open Discussion Workshop • Goal: answer these questions and deliver concrete proposals to CIG CIG Magma Dynamics Workshop

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