Gnomon algorithm: Difference between revisions

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File:Enrico Fermi 1943-49.jpg|link=Enrico Fermi (nonfiction)|[[Enrico Fermi (nonfiction)|Enrico Fermi]] discovers new form of Gnomon algorithm.  
File:Enrico Fermi 1943-49.jpg|link=Enrico Fermi (nonfiction)|[[Enrico Fermi (nonfiction)|Enrico Fermi]] discovers new form of Gnomon algorithm, uses it predict and prevent [[crimes against mathematical constants]].  
File:Charles Sanders Peirce in 1859.jpg|link=Charles Sanders Peirce (nonfiction)|[[Charles Sanders Peirce (nonfiction)|Charles Sanders Peirce]] invents new variety of Gnomon algorithm, anticipates future work by [[Ernst Schröder (nonfiction)|Ernst Schröder]].
File:Charles Sanders Peirce in 1859.jpg|link=Charles Sanders Peirce (nonfiction)|[[Charles Sanders Peirce (nonfiction)|Charles Sanders Peirce]] invents new variety of Gnomon algorithm, anticipates future work by [[Ernst Schröder (nonfiction)|Ernst Schröder]].
File:Guo_Shoujing_studies_the_Pleiades.jpg|[[Guo Shoujing (nonfiction)]] studies the Pleiades, discovers new form of Gnomon algorithm.
File:Guo_Shoujing_studies_the_Pleiades.jpg|[[Guo Shoujing (nonfiction)]] studies the Pleiades, discovers new form of Gnomon algorithm.

Revision as of 20:52, 17 March 2017

The Gnomon algorithm is a family of mathematical functions (nonfiction) which convert computation (nonfiction) into force (nonfiction).

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