Nathan Chapman
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    Nathan Chapman

    Science, on the computer.

    1. High-Performance Computational Physics
      1. The Parareal Algorithm & Parallel-in-Time Integration
      2. GPU Computing, CUDA, and Julia
      3. Getting the most out of a supercomputer
    2. Analog Quantum Cosmology
      1. Screaming Fish
      2. Gravitational Analogs
      3. Universe in a lab
    3. Ultra-Cold Molecular Physics
      1. Mean-Field Bogoliubov Theory
      2. Liquid-Crystal-Like Nematic States
      3. Spontaneous Symmetry Breaking & Second-Order Phase Transitions

    High-Performance Computational Physics

    The Parareal Algorithm & Parallel-in-Time Integration

    GPU Computing, CUDA, and Julia

    Getting the most out of a supercomputer

    Analog Quantum Cosmology

    Screaming Fish

    Gravitational Analogs

    Universe in a lab

    Ultra-Cold Molecular Physics

    Mean-Field Bogoliubov Theory

    Liquid-Crystal-Like Nematic States

    Spontaneous Symmetry Breaking & Second-Order Phase Transitions

    CC BY-SA 4.0 Nathan Chapman. Last modified: March 23, 2025. Website built with Franklin.jl and the Julia programming language.
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