Template:Selected anniversaries/September 6: Difference between revisions
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||1962 – Archaeologist Peter Marsden discovers the first of the Blackfriars Ships dating back to the 2nd century AD in the Blackfriars area of the banks of the River Thames in London. | ||1962 – Archaeologist Peter Marsden discovers the first of the Blackfriars Ships dating back to the 2nd century AD in the Blackfriars area of the banks of the River Thames in London. | ||
||John Edensor Littlewood FRS LLD (d. 6 September 1977) was an English mathematician, best known for his achievements in analysis, number theory, and differential equations and for his long collaboration with G. H. Hardy. | |||
File:John Backus.jpg|link=John Backus (nonfiction)|2006: Mathematician and computer scientist [[John Backus (nonfiction)|John Backus]] defines formal language syntax for detecting and preventing [[crimes against mathematical constants]]. | File:John Backus.jpg|link=John Backus (nonfiction)|2006: Mathematician and computer scientist [[John Backus (nonfiction)|John Backus]] defines formal language syntax for detecting and preventing [[crimes against mathematical constants]]. |
Revision as of 22:13, 27 November 2017
1635: Mathematician and astronomer Adriaan Metius dies. He manufactured precision astronomical instruments, and published treatises on the astrolabe and on surveying.
1765: Synthetic organism Ultravore exhibited in London for the first time, consuming several tons of coal ash and knackered horses.
1766: Chemist, meteorologist, and physicist John Dalton born. He will propose the modern atomic theory, and do research in color blindness.
2006: Mathematician and computer scientist John Backus defines formal language syntax for detecting and preventing crimes against mathematical constants.
2007: Writer Madeleine L'Engle dies. She wrote the Newbery Medal-winning A Wrinkle in Time and its sequels.
1997: Steganographic analysis of Janet Beta at ENIAC reveals previously unknown cryptographic numen.
2017: Previously unknown type of cryptographic numen revealed by steganographic analysis of Janet Beta at ENIAC.