timlichtenberg

timlichtenberg's Stars

• bcpierce00/unison

  Unison file synchronizer

  Language:OCaml4.2k81572237

• showyourwork/showyourwork

  A workflow for reproducible and open scientific articles

  Language:TeX569725947

• farhanferoz/MultiNest

  MultiNest is a Bayesian inference tool which calculates the evidence and explores the parameter space which may contain multiple posterior modes and pronounced (curving) degeneracies in moderately high dimensions.

  Language:Fortran657820

• kevin218/Eureka

  Eureka! is a data reduction and analysis pipeline intended for time-series observations with JWST and HST.

  Language:Python62637148

• prappleizer/prappleizer.github.io

  This repo contains my introductory python textbook for astronomy students, which covers the basics of learning the language with an emphasis on astronomical applications.

  Language:Jupyter Notebook566622

• exoclime/VULCAN

  Chemical Kinetics For Exoplanetary Atmospheres

  Language:Python479922

• simonwmatthews/pyMelt

  A python package for calculating the melting behaviour of multi-lithologic mantle

  Language:Python372104

• stixrude/HeFESToRepository

  Repository of the HeFESTo code

  Language:Assembly164012

• AndreaCaldiroli/ATES-Code

  The ATES hydrodynamics code computes the temperature, density, velocity and ionization fraction profiles of highly irradiated planetary atmospheres, along with the current, steady-state mass loss rate. ATES solves the one-dimensional Euler, mass and energy conservation equations in radial coordinates through a finite-volume scheme. The hydrodynamics module is paired with a photoionization equilibrium solver that includes cooling via bremsstrahlung, recombination and collisional excitation/ionization for the case of an atmosphere of primordial composition (i.e., pure atomic hydrogen-helium), while also accounting for advection of the different ion species.

  Language:Fortran14001

• FormingWorlds/i2elvis_planet

  Public repository of the I2ELVIS planet code family.

  Language:C14216

• StagPython/StagPy

  Process the results of your StagYY runs

  Language:Python1466412

• AER-RC/MT_CKD_H2O

  Language:Fortran9110

• ColinPhilipJohnstone/Mors

  Code for stellar properties, rotation, and activity evolution

  Language:Python9102

• danielapai/bioverse

  A simulation framework to assess the statistical power of future biosignature surveys

  Language:Python75326

• djbower/spider

  A 1-D parameterised interior dynamics code for rocky planets with molten and/or solid interiors and support for volatile cycling, redox reactions, and radiative transfer in the atmosphere.

  Language:TeX7210

• pipliggins/EVo

  A thermodynamic magma degassing model.

  Language:Python7103

• xnx/ExoMol_to_HITRAN

  A script for converting ExoMol-formatted data to HITRAN .par format

  Language:Python7304

• DavidSAmundsen/socrates_tools

  Various tools used with the SOCRATES GCM radiation scheme package (https://code.metoffice.gov.uk/trac/socrates).

  Language:Shell6402

• michielmin/ARCiS

  Language:Fortran5601

• Nicholaswogan/clima

  A climate model of planetary atmospheres

  Language:Fortran5180

• hinnes97/soc-rad-conv-fort

  Fortran radiative-convective equilibrium code using met office SOCRATES radiation code

  Language:Fortran31110

• matiscke/hz-inner-edge-discontinuity

  A Bioverse paper on the imprints of runaway greenhouse climates on exoplanet demographics.

  Language:TeX3510

• BeatHubmann/hydrology-planetesimals

  Code and documentation for the project 'Hydrology of Planetesimals' (working title).

  Language:MATLAB2300

• BeatHubmann/HydrologyPlanetesimals.jl

  Julia package for simulating the hydrology of planetesimals

  Language:Julia2200

• kellertobs/pantarhei

  pantarhei | numerical model of multi-phase flow

  Language:MATLAB21

• mark-hammond/ExoMol_to_HITRAN

  A script for converting ExoMol-formatted data to HITRAN .par format

  Language:Python2100

• trg818/radheat

  Radioactive heat production of geologically important nuclides

  Language:Jupyter Notebook2200

• DanAnger/LIFEsimspecexamples

  Some example spectra for LIFEsim colab

  Language:Python1100

• lorlo9999/LIFEsim-simulations

  Code used for Bachelor thesis research using LIFEsim software

  110

• sonny-harman/snowball

  Generalizable atmospheric mass loss calculator

  Language:Python1300