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--- gibson:teaching:fall-2016:math753:why-julia [2016/08/26 11:02]
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 ====== Why Julia? ======
-Julia is a new scientific programming language, developed over the last four years largely at MIT. Hundreds of programming languages have been invented over the years, but only a handful have made it big. So why should we care about Julia? In a nutshell, Julia is the first modern, high-level, dynamic programming language that is both aimed squarely at science and effective for general-purpose computing. In terms of other languages, Julia has the high-level, dynamic, and general-purpose feel of Python, the powerful numerical syntax and libraries of Matlab, the execution speed of C, and the metaprogramming sophistication of Lisp.
+Julia is a new scientific programming language, developed over the last four years largely at MIT. Hundreds of programming languages have been invented over the years, but only a handful have made it big. So why should we care about Julia? In a nutshell, Julia is the first modern, high-level, dynamic programming language that is both aimed squarely at science and effective for general-purpose computing. In terms of other languages, Julia has the high-level, dynamic, and general-purpose feel of Python, the powerful numerical syntax and libraries of Matlab, the execution speed of C, and the metaprogramming sophistication of Lisp. Julia is also open source. You can download, execute, and modify it as you like, for free.
+====== Julia, the big picture ======
+A few big-picture perspectives on Julia
+  * [[http://julialang.org/|julialang.org summary of features]]
+  * [[https://en.wikipedia.org/wiki/Julia_(programming_language)|Julia Wikipedia page]]
+  * [[http://www.evanmiller.org/why-im-betting-on-julia.html|Why I'm Betting on Julia]], Evan Miller
+  * {{:gibson:teaching:fall-2016:math753:juliaplan.pdf|Incorporating Julia in UNH curriculum}}
+The last of these is an excerpt from a proposal I wrote to the National Science Foundation,[[https://www.unh.edu/unhtoday/2016/03/tackling-turbulence|which was awarded in March 2016]]. Suffice it to say that I'm enormously enthused about Julia, I have big plans for incorporating it into the scientific computing curriculum at UNH, and that this project has the approval and backing of the NSF.
+====== Julia, getting started ======
+There are a number of ways to run Julia:
+  * the [[http://julialang.org/downloads/download|Julia REPL]] (read-eval-print loop) --download and install on your computer
+  * the [[http://junolab.org/|Juno IDE]] (integrated development environment) --download and install on your computer
+  * [[https://www.juliabox.com/|JuliaBox]], a cloud-based Julia server
+And here are some good getting-started tutorials
+  * [[https://www.youtube.com/watch?v=gQ1y5NUD_RI|An Introduction to Julia]], David Sanders (3hr youtube video!)
+  * [[https://en.wikibooks.org/wiki/Introducing_Julia|Introducing Julia]] Wikibook (long & detailed)
+  * [[http://samuelcolvin.github.io/JuliaByExample/|Julia by Example]] (nice compact set of examples)
+  * [[https://github.com/dpsanders/hands_on_julia/tree/master/notebooks|Hands On Julia]], David Sanders
-In bullet points,
-  * Julia is dynamic: new objects, types, and functions can be created and modified on-the-fly.
-  * Julia is high-level and general-purpose: it has built-in types for Lists, Tuples, Dicts, Arrays, Vectors, Matrices, Strings, etc.
-  * Julia is aimed squarely at science: it designed to execute numeric code efficiently, and it has standard types and libraries for linear algebra, numerical integration, nonlinear equation solving, etc.
-  *

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