Cococubed.com Some software instruments
Home Astronomy research Software instruments    Stellar equation of states    EOS with ionization    EOS for supernovae    Chemical potentials    Stellar atmospheres    Voigt Function    Jeans escape    Polytropic stars    Cold white dwarfs    Adiabatic white dwarfs    Cold neutron stars    Stellar opacities    Neutrino energy loss rates    Ephemeris routines    Fermi-Dirac functions    Polyhedra volume    Plane - cube intersection    Coating an ellipsoid    Nuclear reaction networks    Nuclear statistical equilibrium    Laminar deflagrations    CJ detonations    ZND detonations    Fitting to conic sections    Unusual linear algebra    Derivatives on uneven grids    Pentadiagonal solver    Quadratics, Cubics, Quartics    Supernova light curves    Exact Riemann solutions    1D PPM hydrodynamics    Hydrodynamic test cases    Galactic chemical evolution    Universal two-body problem    Circular and elliptical 3 body    The pendulum    Phyllotaxis    MESA    MESA-Web    FLASH    Zingale's software    Brown's dStar    GR1D code    Iliadis' STARLIB database    Herwig's NuGRID    Meyer's NetNuc Presentations Illustrations cococubed YouTube Bicycle adventures Public Outreach Education materials 2023 ASU Solar Systems Astronomy 2023 ASU Energy in Everyday Life AAS Journals AAS YouTube 2023 MESA VI 2023 MESA Marketplace 2023 MESA Classroom 2022 Earendel, A Highly Magnified Star 2022 White Dwarfs & 12C(α,γ)16O 2022 Black Hole Mass Spectrum 2022 MESA in Don't Look Up 2021 Bill Paxton, Tinsley Prize Contact: F.X.Timmes my one page vitae, full vitae, research statement, and teaching statement.	Some software instruments, some more sophisticated than others: ☊ Stellar equation of states ☊ Equation of state with ionization ☊ EOS for core collapse supernovae ☊ Electron chemical potentials ☊ Simple stellar atmospheres ☊ Voigt Function ☊ Jeans thermal escape ☊ Polytropic stars ☊ Cold white dwarfs ☊ Adiabatic white dwarfs ☊ Cold neutron stars ☊ Stellar opacities ☊ Neutrino energy loss rates ☊ Ephemeris routines ☊ Fermi-Dirac functions ☊ Volume of a polyhedron ☊ Volume of plane-cube intersection ☊ Coating an ellipsoid ☊ Nuclear reaction networks ☊ Nuclear statistical equilibrium ☊ Laminar deflagrations ☊ Chapman-Jouget detonations ☊ ZND detonations ☊ Fitting data to conic sections ☊ Derivatives on uneven grids ☊ An unusual linear equation solver ☊ Penta- and Hepta-diagonal solvers ☊ Quadratics, Cubics & Quartics ☊ Supernova light curves ☊ Exact Riemann solutions ☊ 1D PPM hydrodynamics ☊ Hydrodynamic test cases ☊ Galactic chemical evolution ☊ Universal two-body problem ☊ Circular and elliptical three-body ☊ The pendulum ☊ Phyllotaxis Community software instrument contributions: ☆ MESA offers a stellar evolution software instrument ☆ FLASH-X offers a multi-dimensional, multi-physics software instrument Some software instruments by colleagues: ⚬ Adam Jermyn: Skye EOS and Automatic Differentiation ⚬ Sasha Potekhin: PC EOS ⚬ Carl Fields: GitHub ⚬ Mike Zingale: GitHub ⚬ Ed Brown: dStar ⚬ Christian Iliadis: STARLIB ⚬ Evan O'Connor: NuLib and GR1D ⚬ Josiah Schwab: MESAHub, mesa-stats and more. ⚬ Falk Herwig: NuDocker ⚬ Brad Meyer: NucNet ⚬ Natalie Hinkel: Hypatia Catalog ⚬ Rich Townsend: MESASDK, GYRE, and MSG ⚬ Evan Bauer: MESA-Docker on GitHub ⚬ Rob Farmer: mesaplot, pymesa on GitHub ⚬ Matt Turk: yt ⚬ Jonas Lippuner: SkyNet Gems from the past: ⟳ Michael Gehmeyr's and Dimitri Mihalas' implicit 1D radiation hydrodynamics software instrument TITAN. ⟳ 2015 NSF SI2 PI workshop ⟳ 2016 NSF SI2 PI workshop ⟳ 2018 NSF SI2 PI workshop ⟳ 2019 Digital Infrastructure workshop A community-driven software ecosystem for new science in astrophysics: