Template:Selected anniversaries/December 1: Difference between revisions

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File:Claude Lévi-Strauss receiving Erasmus Prize (1973).jpg|link=Claude Lévi-Strauss (nonfiction)|1948: [[Claude Lévi-Strauss (nonfiction)|Claude Lévi-Strauss]] new theory of [[Gnomon algorithm functions]] which argues that the "savage" mind has the same structures as the "civilized" mind and that human characteristics are the same everywhere.  
File:Claude Lévi-Strauss receiving Erasmus Prize (1973).jpg|link=Claude Lévi-Strauss (nonfiction)|1948: [[Claude Lévi-Strauss (nonfiction)|Claude Lévi-Strauss]] new theory of [[Gnomon algorithm functions]] which argues that the "savage" mind has the same structures as the "civilized" mind and that human characteristics are the same everywhere.  


||1948: The Tamam Shud case, also known as the Mystery of the Somerton Man, is an unsolved case of an unidentified man found dead at 6:30 am, 1 December 1948, on Somerton beach, Glenelg, just south of Adelaide, South Australia. It is named after the Persian phrase tamám shud, meaning "ended" or "finished", printed on a scrap of paper found months later in the fob pocket of the man's trousers. Pic.
File:Somerton_Man.jpg|link=Tamam Shud case (nonfiction)|1948: [[Tamam Shud case (nonfiction)|Tamam Shud case]]: an unidentified man is found dead at 6:30 am, 1 December 1948, on Somerton beach, Glenelg, just south of Adelaide, South Australia. Public interest in the case remains significant for several reasons: the death occurred at a time of heightened international tensions following the beginning of the Cold War; the apparent involvement of a secret code; the possible use of an undetectable poison; and the inability of authorities to identify the dead man.


||1948: Philippe Flajolet born ... computer scientist. He will contribute to general methods for analyzing the computational complexity of algorithms, including the theory of average-case complexity. Pic.
||1948: Philippe Flajolet born ... computer scientist. He will contribute to general methods for analyzing the computational complexity of algorithms, including the theory of average-case complexity. Pic.

Revision as of 06:52, 1 December 2019