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gibson [2017/02/07 09:57] gibson [Research] |
gibson [2017/07/08 12:00] (current) gibson [Julia] |
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* [[database|Database of exact solutions]] | * [[database|Database of exact solutions]] | ||
* [[http://www.chaosbook.org/tutorials|Chaosbook.org tutorial]] | * [[http://www.chaosbook.org/tutorials|Chaosbook.org tutorial]] | ||
- | * [[gibson:talks|talks]] | + | * [[gibson:talks|Talks]] |
* [[gibson:publications|Publications]] | * [[gibson:publications|Publications]] | ||
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The [[http://www.julialang.org|Julia]] programming language is the future of scientific computing. Julia is a revolutionary new open-source language with the high-level, dynamic, general-purpose feel of Python, the numerical focus, syntax, and libraries of Matlab, the execution speed of C, and the metaprogramming sophistication of Lisp. I am leading an NSF-funded project to incorporate Julia into the scientific computing curriculum at UNH. The first stage is incorporating Julia into [[:gibson:teaching:fall-2016:math753|Math 753/853 Numerical Methods]]. | The [[http://www.julialang.org|Julia]] programming language is the future of scientific computing. Julia is a revolutionary new open-source language with the high-level, dynamic, general-purpose feel of Python, the numerical focus, syntax, and libraries of Matlab, the execution speed of C, and the metaprogramming sophistication of Lisp. I am leading an NSF-funded project to incorporate Julia into the scientific computing curriculum at UNH. The first stage is incorporating Julia into [[:gibson:teaching:fall-2016:math753|Math 753/853 Numerical Methods]]. | ||
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+ | [[:gibson:juliablog:kuramoto_sivashinksy]] |