Marcus DuPont's Projects
Python module to compute and fit GRB afterglows.
Code to simulate relativistic outflows from kilonova explosions, and other sources
boxfit, a gamma-ray burst afterglow light curve generator based on two-dimensional hydrodynamics simulations
Computational Physics Assignments
Webpage for Marcus DuPont
A HIP implementation of a 1D/2D Godunov Code
Lecture slides, Jupyter notebooks, and other material from the LSSTC Data Science Fellowship Program
A Python code for non-equilibrium ionization modeling in plasmas in the very early stages of development
where all of my presentations will live
Non-equilibrium ionization modeling in the solar corona and wind
GPU-accelerated astrophysics gas dynamics code
This is a repository for Session-19 (Machine Learning) of the LSSTC Data Science Fellowship Program.
This is the repository for teaching material for Session 20: Time Series Methods held at the University of California, Berkeley in March 2024
SIMBI is a 3D Heterogeneous Relativistic Gas Dynamics Code using the Cython framework to blend together C++, CUDA, HIP, and Python.
A soon-to-be comprehensive radiation module for post processing hydro checkpoint files
Practice with custom dynamic array container
cpp library for dimensionally type-safe calculations