Template:Selected anniversaries/June 16: Difference between revisions
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File:Do_Not_Tease_Monster_by_Karl_Jones_800x600.jpg|link=Do Not Tease Monster (nonfiction)|2017: The monster depicted in ''[[Do Not Tease Monster]]'' is voted Monster of the Year in a survey of 3200 [[Monster (nonfiction)|monsters]]. | File:Do_Not_Tease_Monster_by_Karl_Jones_800x600.jpg|link=Do Not Tease Monster (nonfiction)|2017: The monster depicted in ''[[Do Not Tease Monster]]'' is voted Monster of the Year in a survey of 3200 [[Monster (nonfiction)|monsters]]. | ||
File:Electrical Storm.jpg|link=Electrical Storm|2018: Steganographic analysis of ''[[Electrical Storm (nonfiction)|Electrical Storm]]'' unexpectedly reveals "five hundred to seven hundred kilobytes" of previously unknown [[Gnomon algorithm]] functions. | File:Electrical Storm.jpg|link=Electrical Storm (nonfiction)|2018: Steganographic analysis of ''[[Electrical Storm (nonfiction)|Electrical Storm]]'' unexpectedly reveals "five hundred to seven hundred kilobytes" of previously unknown [[Gnomon algorithm]] functions. | ||
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Revision as of 20:14, 26 September 2018
1522: Mathematician Johannes Stöffler uses Gnomon algorithm functions to predict and prevent Crimes against mathematical constants.
1591: Physician, mathematician, and theorist Joseph Solomon Delmedigo born. He will write Elim (Palms), dealing astronomy, physics, mathematics, medicine, metaphysics, and music theory.
1806: Physician, scientist, and inventor Edward Davy born. He will play a prominent role in the development of telegraphy, and invent an electric relay.
1839: Mathematician Julius Petersen born. His famous paper Die Theorie der regulären graphs will be a fundamental contribution to modern graph theory.
1915: Mathematician and academic John Tukey born. He will make important contributions to statistical analysis, including the box plot.
2017: The monster depicted in Do Not Tease Monster is voted Monster of the Year in a survey of 3200 monsters.
2018: Steganographic analysis of Electrical Storm unexpectedly reveals "five hundred to seven hundred kilobytes" of previously unknown Gnomon algorithm functions.