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Some software instruments

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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
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AAS Journals
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2019 JINA R-process Workshop
2020 Digital Infrastructure
2020 MESA Marketplace
2020 MESA Summer School
2020 ASU Solar Systems
2020 ASU Energy in Everyday Life


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 offers a multi-dimensional, multi-physics software instrument


Some software instruments by colleagues:

Carl Fields: MESA-Web and PySTARLIB
Mike Zingale: software page
Ed Brown: dStar for neutron stars
Christian Iliadis: STARLIB
Evan O'Connor: NuLib and GR1D
Josiah Schwab: python-helmholtz
Jonas Lippuner: SkyNet
Falk Herwig: NuGRID
Brad Meyer: NucNet
Natalie Hinkel: Hypatia Catalog
Rich Townsend: MESASDK and GYRE
Evan Bauer: MESA-Docker
Rob Farmer: pyMESA
Matt Turk: yt

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


Community-driven software ecosystem for new science in stellar astrophysics:
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