ericagol

ericagol's Stars

• OpenExoplanetCatalogue/open_exoplanet_catalogue

  The main data repository for the Open Exoplanet Catalogue

  Language:Python1k99416217

• JuliaStats/Distances.jl

  A Julia package for evaluating distances (metrics) between vectors.

  Language:Julia4331911498

• dfm/tinygp

  The tiniest of Gaussian Process libraries

  Language:Python29797124

• kailaix/ADCME.jl

  Automatic Differentiation Library for Computational and Mathematical Engineering

  Language:Julia292254759

• MilesCranmer/DispatchDoctor.jl

  The dispatch doctor prescribes type stability

  Language:Julia1433247

• Julia-Tempering/Pigeons.jl

  Sampling from intractable distributions, with support for distributed and parallel methods

  Language:Julia86811410

• MichielStock/Kronecker.jl

  A general-purpose toolbox for efficient Kronecker-based algebra.

  Language:Julia8674814

• JakobRobnik/MicroCanonicalHMC

  MCHMC: sampler from an arbitrary differentiable distribution

  Language:Jupyter Notebook705149

• ajwheeler/Korg.jl

  fast 1D LTE stellar spectral synthesis

  Language:Julia446857

• oscaribv/pyaneti

  A multi-planet Radial Velocity and Transit modelling software

  Language:Jupyter Notebook4361212

• TuringLang/NestedSamplers.jl

  Implementations of single and multi-ellipsoid nested sampling

  Language:Julia435198

• exoplanet-dev/jaxoplanet

  Astronomical time series analysis with JAX

  Language:Python3964112

• pmaxted/ellc

  Light curve model for transiting exoplanets and eclipsing binary stars

  Language:Fortran3341310

• sefffal/Octofitter.jl

  Octofitter is a Julia package for performing Bayesian inference against direct images of exoplanets, relative astrometry, and astrometric acceleration of the host star.

  Language:HTML334192

• marius311/MuseInference.jl

  Fast approximate high-dimensional hierarchical Bayesian inference

  Language:Julia32574

• PerezHz/PlanetaryEphemeris.jl

  Solar System ephemeris Taylor integrator based on JPL DE430/431 dynamical model

  Language:Julia21486

• aqreed/NumericalRecipes

  Is Julia fast as Fortran, and easy as Python?

  Language:Python16434

• lgrcia/nuance

  Efficient detection of planets transiting quiet or active stars

  Language:Python152103

• JaimeRZP/MicroCanonicalHMC.jl

  Implementation of Arxiv:2212.08549 in Julia

  Language:Julia12452

• lucaborsato/trades

  Fortran90 code for the orbital simulation of exoplanetary system with simultaneous fit of Transit Times and Radial Velocities.

  Language:Jupyter Notebook8402

• hposborn/NamastePymc3

  An MCMC Analysis of Single Transiting Exoplanets with Pymc3

  Language:Jupyter Notebook5301

• yair111/AnalyticLC

  510

• farr/Ensemble.jl

  Ensemble Samplers for Julia

  Language:Jupyter Notebook4325

• TomWagg/radius-valley

  Project with Eric Agol exploring the planetary radius valley

  Language:Jupyter Notebook3221

• xukai92/Flows.jl

  Normalising flows in pure Julia.

  Language:Julia2201

• allypayne/radius-valley-ally

  Reducing list of Kepler planetary systems within 1.5 to 2 Earth radii based on our criteria

  Language:Jupyter Notebook1100

• fbartolic/Caustics.jl

  Language:Julia1101

• gsuissa/improving-exoplanet-radii

  Leveraging planetary multiplicity get better fits for exoplanet radii, in order to better understand the radius valley and planetary compositions.

  Language:Jupyter Notebook110

• lupitatovar/Pre-MAP2023

  Pre-MAP Project Autumn 2023

  Language:Jupyter Notebook1200

• shadden/TTVEmcee

  MCMC for fitting TTVs

  Language:Python1200