SciDAC Partnerships

The SciDAC-5 FASTMath Institute is actively collaborating with SciDAC Partnership projects.

Prospective collaborators may find the materials presented in our webinars useful.

FASTMath is engaging with 20 SciDAC-5 Partnerships

Basic Energy Sciences

• Traversing the “death valley” separating short and long times in non-equilibrium quantumdynamical simulations of real materials
  Lead Investigator:  Garnet Chan, California Institute of Technology

  • Provide support for solution of eigenvalue problems and time integration

• Relativistic Quantum Dynamics in the Non-equilibrium Regime
  Lead Investigator:  Eugene DePrice, Florida State University

  • Provide support for solution of eigenvalue problems

• Large-scale algorithms and software for modeling chemical reactivity in complex systems
  Lead Investigator:  Martin Head-Gordon, Lawrence Berkeley National Laboratory and University of California - Berkeley

  • Provide support for solution of eigenvalue problems and linear solvers

• Real-time dynamics of driven correlated electrons in quantum materials
  Lead Investigator: Vojtech Vlcek, University of California - Santa Barbara

  • Provide support for solution of eigenvalue problems and multiscale embedding

Biological and Environmental Research

• Improving the Quasi‐biennial oscillation through surrogate‐ accelerated parameter optimization and vertical grid modification
  Lead Inestigator: James Benedict, LANL

• Capturing the Dynamics of Compound Flooding in E3SM
  Lead Investigator: Gautam Bisht, PNNL

• MPAS‐O/ROMS Comparison, Nesting, and Coupling for Improved Representation and Parameterization of Coastal and Submesoscale Ocean Processes in E3SM
  Lead Investigator:  Robert Hetland, PNNL

• Framework for Antarctic System Science In E3SM
  Lead Investigator:  Matt Hoffman, LANL

• Improved Coupled Climate Simulations in E3SM Through Enhanced Sea-Ice Mechanics
  Lead Investigator:  Deborah Sulsky, University of New Mexico

• Physical, Accurate, and Efficient Atmosphere and Surface Coupling Across Scales
  Lead Investigator:  Hui Wan, PNNL

High Energy Physics

• Multiscale acceleration: Powering future discoveries in High Energy Physics
  Lead Investigator:  Peter Boyle, BNL

• Enabling Cosmic Discoveries in the Exascale Era
  Lead Investigator:  Katrin Heitman, ANL

• Next-Generation Precision for Neutrino and Collider Computations
  Lead Investigator:  Noemi Rocco, FNAL

• Collaboration for Advanced Modeling of Particle Accelerators
  Lead Investigator:  Jean-Luc Vay, LBNL

Nuclear Physics

• Femtoscale Imaging of Nuclei using Exascale Platforms
  Lead Investigator:  Ian Cloet, ANL

• Fundamental nuclear physics at the exascale and beyond
  Lead Investigator:  Robert Edwards, JLab

• SciDAC‐5 Nuclear Computational Low Energy Initiative (NUCLEI)
  Lead Investigator:  Thomas Papenbrock, University of Tennessee, Knoxville & ORNL

Nuclear Energy

• Simulation of the Response of Structural Metals in Molten Salt Environment
  Lead Investigator:  Laurent Capolungo, LANL

Office of Electricity

• Probabilistic Impact Scenarios for Extreme Weather Event Reslience
  Lead Investigator:  Jean-Paul Watson, SNL

• Lead Investigator:  Space Weather Mitigation Planning
  Lead Investigator: Russell Bent, LANL

FASTMath is engaging with 23 SciDAC-4 Partnerships

Basic Energy Sciences

• Advancing Catalysis Modeling: From Atomistic Chemistry to Whole System Simulation
  Lead Investigator:  Martin Head-Gordon, Lawrence Berkeley National Laboratory and University of California, Berkeley

  • Provide support for solution of linear systems and solution of eigenvalue problems

• Computational Framework for Unbiased Studies of Correlated Electron Systems
  Lead Investigator:  Thomas Maier, Oak Ridge National Laboratory

  • Provide support for data analytics

• Topological and Correlated Matter via Tensor Networks and Quantum Monte Carlo
  Lead Investigator:  Thomas Devereaux, SLAC National Accelerator Laboratory

  • Provide support for solution of eigenvalue problems

Biological and Environmental Research

• Adaptive Vertical Grid Enhancement for ACME
  Lead Investigator:  Takanobu Yamaguchi, CIRES at the University of Colorado at Boulder

  • Provide support for structured mesh discretization

• A New Discrete Element Sea-ice Model for Earth System Modeling
  Lead Investigator:  Adrian Turner, Los Alamos National Laboratory

  • Provide support for unstructured mesh discretization

• Assessing and Improving the Numerical Solution of Atmospheric Physics in ACME
  Lead Investigator:  Hui Wan, Pacific Northwest National Laboratory

  • Provide support for time integration

• Optimization of Sensor Networks for Improving Climate Model Predictions
  Lead Investigator:  Daniel Ricciuto, Oak Ridge National Laboratory

  • Provide support for uncertainty quantification

• Probabilistic Sea-Level Projections from Ice Sheet and Earth System Models
  Lead Investigators:  Stephen Price, Los Alamos National Laboratory; Esmond G. Ng, Lawrence Berkeley National Laboratory

  • Provide support for structured mesh discretization, unstructured mesh discretization, solution of linear and nonlinear systems, numerical optimization, and uncertainty quantification

Fusion Energy Sciences

• AToM: Advanced Tokamak Modeling Environment
  Lead Investigator:  Jeff Candy, General Atomics

  • Provide support for structured mesh discretization

• Center for Integrated Simulation of Fusion Relevant RF Actuators
  Lead Investigator:  Paul Bonoli, Massachusetts Institute of Technology

  • Provide support for unstructured mesh discretization

• Center for Tokamak Transients Simulations
  Lead Investigator:  Stephen Jardin, Princeton Plasma Physics Laboratory

  • Provide support for solution of linear systems

• ISEP: Integrated Simulation of Energetic Particles in Burning Plasmas
  Lead Investigator:  Zhihong Lin, University of California, Irvine

  • Provide support for solution of linear systems

• Partnership Center for High-fidelity Boundary Plasma Simulation
  Lead Investigator:  C.-S. Chang, Princeton Plasma Physics Laboratory

  • Provide support for unstructured mesh discretization, solution of linear systems, and data analytics

• Partnership for Multiscale Gyrokinetic (MGK) Turbulence
  Lead Investigator:  David Hatch, University of Texas, Austin

  • Provide support for time integration and solution of nonlinear systems

• Plasma Surface Interactions: Predicting the Performance and Impact of Dynamic PFC Surfaces
  Lead Investigator:  Brian Wirth, Oak Ridge National Laboratory

  • Provide support for unstructured mesh discretization, solution of linear systems, and uncertainty quantification

• Simulation Center for Runaway Electron Avoidance and Mitigation (SCREAM)
  Lead Investigator:  Dylan Brennan, Princeton Plasma Physics Laboratory

  • Provide support for unstructured mesh discretization and solution of linear systems

• Tokamak Disruption Simulation
  Lead Investigator:  Xianzhu Tang, Los Alamos National Laboratory

  • Provide support for unstructured mesh discretization, solution of linear systems, and uncertainty quantification

High-Energy Physics

• Accelerating HEP Science: Inference and Machine Learning at Extreme Scales
  Lead Investigator:  Salman Habib, Argonne National Laboratory

  • Provide support for numerical optimization

• Community Project for Accelerator Science and Simulation 4 (ComPASS4)
  Lead Investigator:  James Amundson, Fermi National Accelerator Laboratory

  • Provide support for structured mesh discretization, solution of linear systems, and numerical optimization

• HEP Data Analytics on HPC
  Lead Investigator:  James Kowalkowski, Fermi National Accelerator Laboratory

  • Provide support for numerical optimization

Nuclear Energy

• Simulation of Fission Gas in Uranium Oxide Nuclear Fuel
  Lead Investigator:  A. David Andersson, Los Alamos National Laboratory

  • Provide support for solution of linear systems and uncertainty quantification

Nuclear Physics

• Nuclear Computational Low-Energy Initiative (NUCLEI)
  Lead Investigator:  Joseph Carlson, Los Alamos National Laboratory

  • Provide support for time integration, solution of eigenvalue problems, and numerical optimization

• Towards Exascale Astrophysics of Mergers and Supernovae (TEAMS)
  Lead Investigator:  William Hix, Oak Ridge National Laboratory

  • Provide support for structured mesh discretization