Template:Selected anniversaries/May 14: Difference between revisions

Revision as of 06:22, 14 May 2019

1678: Writer and philosopher Culvert Origenes publishes Historia Culvertica, which will soon be widely plagiarized, influencing a generation of humanists.
1679: Astronomer and mathematician Peder Horrebow born. Horrebow will invent a way to determine a place's latitude from the stars.
1680: Vandal Savage uses solar eclipse to commit series of crimes against mathematical constants.
1863: Mathematician John Charles Fields born. He will found the Fields Medal for outstanding achievement in mathematics.
1916: Physicist and astrophysicist Robert F. Christy born. Christy will be credited with the insight that a solid sub-critical mass of plutonium can be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.
1917: Mathematician, codebreaker, and academic W. T. Tutte born. During the Second World War, he will make a brilliant and fundamental advance in cryptanalysis of the Lorenz cipher, a major Nazi German cipher system.
1933: Ready Kilowatt performs in off-Broadway adaption of Reddy Kilowatt Versus the Travelling Salesman Problem.
2018: Signed first edition of Butterfly unexpectedly develops artificial intelligence after exposure to Cherenkov radiation during an otherwise routine high-energy literature experiment.

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 ||1916: William Stanley Jr. ... physicist born in Brooklyn, New York. In his career, he obtained 129 patents covering a variety of electric devices. In 1913, he patented an all-steel vacuum bottle, and formed the Stanley Bottle Company. Pic.
-File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|1916: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] born.  He will be credited with the insight that a solid sub-critical mass of plutonium can be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.
+File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|1916: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] born.  Christy will be credited with the insight that a solid sub-critical mass of plutonium can be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.
 File:W._T._Tutte.jpg|link=W. T. Tutte|1917: Mathematician, codebreaker, and academic [[W. T. Tutte (nonfiction)|W. T. Tutte]] born. During the Second World War, he will make a brilliant and fundamental advance in cryptanalysis of the Lorenz cipher, a major Nazi German cipher system.