Gnomon algorithm: Difference between revisions

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File:Galileo_E_pur_si_muove.jpg|link=Galileo Galileo|Physicist and crime-fighter [[Galileo Galilei]], imprisoned on trumped-up charges, uses nail to scratch the equation ''E pur si muove'' on dungeon wall; in the process, he discovers a deliberately concealed Gnomon algorithm function which proves his innocence.  Although [[Galileo Galilei|Galileo]]'s accusation that the function was stolen and concealed by the [[Forbidden Ratio]] is widely believed to be true, no proof has emerged that the [[Forbidden Ratio|Ratio]] or its degenerate cases were involved.   
File:Galileo_E_pur_si_muove.jpg|link=Galileo Galilei|Physicist and crime-fighter [[Galileo Galilei]], imprisoned on trumped-up charges, uses nail to scratch the equation ''E pur si muove'' on dungeon wall; in the process, he discovers a deliberately concealed Gnomon algorithm function which proves his innocence.  Although [[Galileo Galilei|Galileo]]'s accusation that the function was stolen and concealed by the [[Forbidden Ratio]] is widely believed to be true, no proof has emerged that the [[Forbidden Ratio|Ratio]] or its degenerate cases were involved.   
File:Green_Spiral_9.jpg|link=Green Spiral 9 (nonfiction)|2017: Steganographic analysis of ''[[Green Spiral 9 (nonfiction)|Green Spiral 9]]'' unexpectedly reveals two terabytes of previously unknown Gnomon algorithm functions.
File:Green_Spiral_9.jpg|link=Green Spiral 9 (nonfiction)|2017: Steganographic analysis of ''[[Green Spiral 9 (nonfiction)|Green Spiral 9]]'' unexpectedly reveals two terabytes of previously unknown Gnomon algorithm functions.
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: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]].  

Revision as of 09:30, 22 April 2018

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

Mathematicians use Gnomon algorithm functions for a variety of purposes:

In the News

Fiction cross-reference

Nonfiction cross-reference