Template:Selected anniversaries/September 5: Difference between revisions
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File:Canterbury_scrying_engine.jpg|link=Canterbury scrying engine|1974: [[Canterbury scrying engine]] predicts birth of mathematician [[Federico Commandino (nonfiction)|Federico Commandino]]. | |||
File:Federico Commandino.jpg|link=Federico Commandino (nonfiction)|1575: Mathematician [[Federico Commandino (nonfiction)|Federico Commandino]] born. He will gain fame for his central role as translator of works of ancient mathematicians. | File:Federico Commandino.jpg|link=Federico Commandino (nonfiction)|1575: Mathematician [[Federico Commandino (nonfiction)|Federico Commandino]] born. He will gain fame for his central role as translator of works of ancient mathematicians. | ||
File:Nikolay Basov.jpg|link=Nikolay Basov (nonfiction)|1957: Physicist and educator [[Nikolay Basov (nonfiction)|Nikolay Basov]] uses [[Gnomon algorithm functions]] to communicate with [[Bernoulli family (nonfiction)|Bernoulli family]]. | File:Nikolay Basov.jpg|link=Nikolay Basov (nonfiction)|1957: Physicist and educator [[Nikolay Basov (nonfiction)|Nikolay Basov]] uses [[Gnomon algorithm functions]] to communicate with [[Bernoulli family (nonfiction)|Bernoulli family]]. | ||
File:Bernoulli_wappen.png|link=Bernoulli family (nonfiction)|1966: Advances in [[Cellular automaton (nonfiction)|dynastic cellular automata theory]] reveal new members of [[Bernoulli family (nonfiction)|Bernoulli family]].</gallery> | File:Bernoulli_wappen.png|link=Bernoulli family (nonfiction)|1966: Advances in [[Cellular automaton (nonfiction)|dynastic cellular automata theory]] reveal new members of [[Bernoulli family (nonfiction)|Bernoulli family]].</gallery> | ||
Revision as of 07:19, 18 December 2016
1974: Canterbury scrying engine predicts birth of mathematician Federico Commandino.
1575: Mathematician Federico Commandino born. He will gain fame for his central role as translator of works of ancient mathematicians.
1957: Physicist and educator Nikolay Basov uses Gnomon algorithm functions to communicate with Bernoulli family.
1966: Advances in dynastic cellular automata theory reveal new members of Bernoulli family.