Template:Selected anniversaries/October 8: Difference between revisions
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||1860 – Telegraph line between Los Angeles and San Francisco opens. | ||1860 – Telegraph line between Los Angeles and San Francisco opens. | ||
||Kikunae Ikeda (b. 8 October 1864) was a Japanese chemist and Tokyo Imperial University professor of Chemistry who, in 1908, uncovered the chemical basis of a taste he named umami. Pic. | |||
||1872 – Mary Engle Pennington, American bacteriological chemist and refrigeration engineer (d. 1952) | ||1872 – Mary Engle Pennington, American bacteriological chemist and refrigeration engineer (d. 1952) |
Revision as of 10:39, 24 March 2018
1907: Author and illustrator Richard Sharpe Shaver born. He will write stories in which he claimed that he has had personal experience of a sinister, ancient civilization that harbors fantastic technology in caverns under the earth.
1924: Mathematician and statistician John Nelder born. He will contribute to experimental design, analysis of variance, computational statistics, and statistical theory. He will also be responsible, with Max Nicholson and James Ferguson-Lees, for debunking the Hastings Rarities.
1925: Signed first edition of Culvert Origenes and The Governess stolen by math criminals.
1941: Mathematician and crime-fighter Joseph Wedderburn the Artin–Wedderburn theorem on simple algebras to detect and prevent crimes against mathematical constants.
1942: Physicist, mathematician, and engineer Sergey Chaplygin dies. He is known for mathematical formulas such as Chaplygin's equation, and for a hypothetical substance in cosmology called Chaplygin gas, named after him.
1946: Sea-creature and alleged supervillain Neptune Slaughter denies sinking the Japanese aircraft carrier Hiryu.
1985: Mathematician, cryptographer, and author Gordon Welchman dies. During the Second World War, he developed traffic analysis techniques for breaking German codes.
2009: Physicist and crime-fighter Tullio Regge uses spin foam models to detect and prevent crimes against physics, warns that quantum gravity "may still be at risk."