Steve Plimpton Sandia Home

I'm a staff member at Sandia National Laboratories, a US Department of Energy lab. I'm currently in the Multiscale Science department. Previously I've been in the Scalable Algorithms, Computational Biology, and Parallel Computational Sciences departments.

My research involves implementing and using scientific simulations designed for parallel supercomputers, which often requires creation of efficient parallel algorithms. Many of the models are particle based, some use structured grids or finite elements. Most of the codes I develop are for materials modeling, some for biology and informatics problems.

  • Current interests
  • Past projects
  • Publications
  • University course in parallel computing

  • Software for download:

  • How to reach me
  • Humorous quotations
  • Related Sandia links

    Current Interests

    Molecular Dynamics (MD):
    Kinetic Monte Carlo - KMC and Metropolis MC simulator SPPARKS
    Direct Simulation Monte Carlo - low-density reacting flows via particles, SPARTA and Icarus
    Biological Cell Modeling - particle-based reaction/diffusion simulator ChemCell
    Informatics - data-intensive computing via a MapReduce-MPI library, and a stream-processing PHISH library
    Pizza.py Toolkit - Python-based toolkit for simulation setup, analysis, plotting, viz
    Parallel Algorithms:

    Past Projects

    Gene Finding - parallelization of the Genehunter genetic linkage analysis program
    Radiation Transport - Boltzmann equation for thermal and X-ray radiation
    ChISELS - surface evolution model of semiconductor processing for micromachine devices (MEMS)
    QuickSilver - particle-in-cell (PIC) relativistic electromagnetics
    PRONTO - finite element transient dynamics (crash & boom) with contact detection
    NIMROD - plasma simulation of tokamaks
    MPPs versus Clusters - performance comparisons of different parallel machines
    Electronic Structure - quantum mechanics of solids
    Image Processing - synthetic aperture radar (SAR) analysis
    Grain Growth - Potts model on 2-d and 3-d lattices
    Electron Microscopy - Monte Carlo trajectory simulation
    Parallel Computing - general overviews

    How to Reach Me

    sjplimp at sandia.gov

    Multiscale Science Dept, MS 1316
    Sandia National Laboratories
    Albuquerque, NM 87185-1316

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