JuliaAstro
JuliaAstro and its affiliated organizations are a community for astronomy in Julia. We have a wide variety of packages from aperture photometry to cosmology. Check out a curated list of packages in the JuliaAstro ecosystem (and beyond) on the Ecosystem page, or visit their documentation directly via the navbar above. Pure Julia packages are marked with a closed circle ⬤, while wrapper packages for other languages are marked with an open circle ◯.
Contributing
Our contributors come from diverse backgrounds and have various levels of interactions within astronomy, aerospace, and academia. Use the packages, file issues, and join the conversation!
- JuliaAstro on GitHub
- JuliaHCI on GitHub
- JuliaSpace on GitHub
- EHTJulia on GitHub
- julia-astro mailing list on Google Groups
- Astro/Space topics on JuliaLang Discourse
- #JuliaAstro:openastronomy.org on Matrix
- #astronomy on JuliaLang Slack
- #astronomy on JuliaLang Zulip
Google Summer of Code (GSoC)
Would you like to contribute to JuliaAstro through Google Summer of Code? You can! We are member of OpenAstronomy; go to the GSoC page to see how to apply and the list of ideas. You can also propose your own idea to us!
Talks and Presentations
JuliaCon 2022
Julia in Astronomy & Astrophysics Research Symposium 2022 [website]
- Using Julia to build the simulation pipeline of an astronomical instrument
- Joinly Modeling Telluric Features and Setellar Variability with StellarSpectraObservationFitting.jl
- Characterizing the TRAPPIST-1 System with Julia
- Gradients of the Big Bang with Bolt.jl
- High-dimensional inference from the Cosmic Microwave Background on GPU
- Julia for Adaptive Optics
- Back to Basics in Analyzing Radio Astronomy Data
- Discussion Panel
More aero/astro talks at JuliaCon
JuliaCon 2023
Computational Radio Astronomy Mini-symposium [pretalx]
Upcoming
JuliaCon 2025
Julia in Astronomy & Astrophysics Research Symposium 2025 [website]
- Building an Astronomy Code for VLBI in Julia
- Instrument Modelling for Radio Telescopes with Julia
- Bayesian Multifrequency Imaging for Radio Astronomy (TBC)
- Regularized Maximum Likelihood Methods for Black Hole Imaging
- Space time and accretion inference from images of black holes (TBC)
- Building an End-to-End Spectral Reduction Pipeline for APOGEE
- Juggling astro catalogs in Julia: convenience meets performance
- ScatteringOptics.jl: An Interstellar Scattering Framework
- Astrometry.jl: A Fundamental Julia Package for Astronomy (TBC)
- Panel Discussion (TBC)
More aero/astro talks at JuliaCon