Difference between revisions of "Owen Lynch"
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He has a video on [[Video/Owen Lynch: The Computer Algebra System of the Future| The Computer Algebra System of the Future]]<ref>{{:Video/Owen Lynch: The Computer Algebra System of the Future}}</ref>, which talked about an implementation similar to [[Object Process Network]]. He also wrote a few articles that is very much worth reading: | He has a video on [[Video/Owen Lynch: The Computer Algebra System of the Future| The Computer Algebra System of the Future]]<ref>{{:Video/Owen Lynch: The Computer Algebra System of the Future}}</ref>, which talked about an implementation similar to [[Object Process Network]]. He also wrote a few articles that is very much worth reading: | ||
*[[Web/The Combinatorics of Composition|The Combinatorics of Composition]]<ref>{{:Web/The Combinatorics of Composition}}</ref>. | |||
*[[Web/Function Spaces with Countable Bases|Function Spaces with Countable Bases]]<ref>{{:Web/Function Spaces with Countable Bases}}</ref>. | |||
Revision as of 05:20, 13 April 2023
Owen Lynch is a research software at Topos Institute. His website is:owenlynch.org. He has some interesting papers[1] that relates to OPN.
He has a video on The Computer Algebra System of the Future[2], which talked about an implementation similar to Object Process Network. He also wrote a few articles that is very much worth reading:
References
- ↑ Patterson, Evan; Lynch, Owen; Fairbanks, James (Jul 19, 2022). "Categorical Data Structures for Technical Computing" (PDF). local page: Springer, Lecture Notes in Physics.
- ↑ Lynch, Owen (Apr 13, 2023). Owen Lynch: The Computer Algebra System of the Future. local page: Topos Institute.
- ↑ Lynch, Owen (Feb 17, 2020). The Combinatorics of Composition. local page: Owen Lynch.
- ↑ Lynch, Owen (Feb 3, 2020). Function Spaces with Countable Bases. local page: Owen Lynch.
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