Template:Selected anniversaries/May 9: Difference between revisions
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File:Gaspard Monge.jpg|link=Gaspard Monge (nonfiction)|1746: Mathematician and engineer [[Gaspard Monge (nonfiction)|Gaspard Monge]] born. He will invent descriptive geometry, and do pioneering work in differential geometry. | File:Gaspard Monge.jpg|link=Gaspard Monge (nonfiction)|1746: Mathematician and engineer [[Gaspard Monge (nonfiction)|Gaspard Monge]] born. He will invent descriptive geometry, and do pioneering work in differential geometry. | ||
File:Niles Cartouchian and Egon Rhodomunde Confront Gnotilus.jpg|link=Niles Cartouchian and Egon Rhodomunde Confront Gnotilus|1842: ''[[Niles Cartouchian and Egon Rhodomunde Confront Gnotilus]]'' causes widespread debate about the role of private citizens in fighting [[crimes against mathematical constants]]. | |||
File:John_Brunner's_Lee_and_Turner_engine.jpg|link=John Brunner|1940: [[John Brunner]] uses a [[Scrying engine|Lee and Turner scrying engine]] to compute the "near certain probability" that the Royal Navy will succeed in capturing the [[German submarine U-110 (1940) (nonfiction)|German submarine U-110]]. | File:John_Brunner's_Lee_and_Turner_engine.jpg|link=John Brunner|1940: [[John Brunner]] uses a [[Scrying engine|Lee and Turner scrying engine]] to compute the "near certain probability" that the Royal Navy will succeed in capturing the [[German submarine U-110 (1940) (nonfiction)|German submarine U-110]]. |
Revision as of 07:57, 9 May 2017
1746: Mathematician and engineer Gaspard Monge born. He will invent descriptive geometry, and do pioneering work in differential geometry.
1842: Niles Cartouchian and Egon Rhodomunde Confront Gnotilus causes widespread debate about the role of private citizens in fighting crimes against mathematical constants.
1940: John Brunner uses a Lee and Turner scrying engine to compute the "near certain probability" that the Royal Navy will succeed in capturing the German submarine U-110.
1941: The German submarine U-110 is captured by the Royal Navy. On board is the latest Enigma machine which Allied cryptographers later use to break coded German messages.
1948: The United States Army Signal Corps uses Project Diana antenna to pre-visualize crimes against mathematical constants.