timlichtenberg

timlichtenberg's Stars

• quarto-dev/quarto-cli

  Open-source scientific and technical publishing system built on Pandoc.

  Language:JavaScript4k335.2k328

• osfclient/osfclient

  A python library and command-line client for file storage on OSF

  Language:Python1271211655

• NewStrangeWorlds/FastChem

  An ultra-fast equilibrium chemistry

  Language:C++426618

• CaymanUnterborn/ExoPlex

  A thermodynamically self-consistent mass-radius-composition calculator

  Language:Python23344

• AstarVienna/ScopeSim

  A telescope observation simulator for Python.

  Language:Python161014610

• FormingWorlds/PROTEUS

  Coupled atmosphere-interior framework to simulate the temporal evolution of rocky planets.

  Language:Jupyter Notebook1231121

• joshuakt/Venus-evolution

  Python code for Planetary Atmosphere, Crust, and MANtle (PACMAN) geochemical evolution model applied to Venus, as described in Krissansen-Totton et al. (2021; Planetary Science Journal)

  Language:Python10102

• danielemelini/ALMA3

  the plAnetary Love nuMbers cAlculator

  Language:Fortran8201

• franciscoardevolmartinez/FlopPITy

  Normalizing Flow Exoplanet Parameter Inference Toolkyt

  Language:Python810

• jo276/EvapMass

  Language:Jupyter Notebook8104

• mibroome/wind-ae

  BETA VERSION of 1D photoevaporation atmospheric escape code with metal and X-ray capabilities based on Murray-Clay et al. (2009).

  Language:Jupyter Notebook8

• mpi-astronomy/data_science_training_materials

  Language:Jupyter Notebook7212

• cpiaulet/smint

  Planet structure model interpolator

  Language:Python6101

• FormingWorlds/Erebus.jl

  2-D hydro-thermo-mechanical-chemical geodynamic numerical code with a focus on thermodynamic reactions in a two-phase model.

  Language:Julia6300

• joshuakt/Oxygen-False-Positives

  Python source code for planetary evolution model described in Krissansen-Totton et al. (2021; AGU Advances)

  Language:Python6100

• pcubillos/gen_tso

  A general TSO simulator for exoplanets with JWST

  Language:Python64110

• pipliggins/EVolve

  An atmospheric growth and evolution model based on the EVo degassing model and FastChem 2.0

  Language:Python6100

• drsaikirant88/PyALMA3

  Calculation of tidal Love numbers given an appropriate model of interior structure for a planetary body.

  Language:Fortran4500

• eyoungucla/chems

  Language:Python44

• Schulik/aiolos

  1-D hydrodynamics code for planetary atmosphere accretion and escape simulations

  Language:Opa4212

• cjcollin37/IsoFATE

  Open source code for the numerical model IsoFATE: Isotopic Fractionation via ATmospheric Escape

  Language:Python3101

• ExPlanetology/aragog

  A parameterised convection model to solve for the interior dynamics of solid, molten, or partially molten rocky mantles.

  Language:Python33200

• FormingWorlds/ZEPHYRUS

  Atmospheric escape on magma ocean exoplanets

  Language:Python3240

• FormingWorlds/CALLIOPE

  Volatile equilibrium outgassing from magma oceans

  Language:Jupyter Notebook2100

• cpiaulet/melt

  Energy balance calculation for rocky planet interiors under the influence of tides

  Language:Python10

• FormingWorlds/ABASSI

  Planetary accretion and volatile delivery

  Language:Python1100

• FormingWorlds/JANUS

  1-D prescribed atmosphere model of planetary atmospheres that makes use of the SOCRATES radiative transfer code.

  Language:Python11300

• FormingWorlds/SOCRATES

  Redistributed on GitHub from the original TRAC repository, with modifications and additions.

  Language:Fortran1100

• matiscke/originsoflife

  a Bioverse paper on constraining origins of life scenarios

  Language:TeX1400

• nichollsh/AGNI

  A 1D radiative-convective model for the atmospheres of hot terrestrial planets.

  Language:Jupyter Notebook11401