Julia programs automatically compile to efficient native code via llvm, and support multiple platforms Julia is supported by programmer tools like ides (see below) and by notebooks like pluto.jl, jupyter, and since 2025, google colab officially supports julia natively. Julia is dynamically typed, feels like a scripting language, and has good support for interactive use, but can also optionally be separately compiled.
Julia Tica 4 by NoBodyKnowsMe0090 on DeviantArt
The official website for the julia language
Julia is a language that is fast, dynamic, easy to use, and open source
Click here to learn more. The given name julia had been in use throughout late antiquity (e.g Julia of corsica) but became rare during the middle ages, and was revived only with the italian renaissance. The main homepage for julia can be found at julialang.org
This is the github repository of julia source code, including instructions for compiling and installing julia, below. Julia is compatible with major operating systems, including windows, macos, and linux The language is designed to work efficiently across different platforms without forcing you to change the way. The julia programming language helps scientists and engineers run technical programs
Julia has interoperability with c, c++, fortran, rust, python, and r
Some julia packages have bindings for python and r libraries
