Template:Selected anniversaries/May 11: Difference between revisions
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File:Diamond Sutra.jpg|link=Diamond Sutra (nonfiction)|868: A copy of the ''[[Diamond Sutra (nonfiction)|Diamond Sutra]]'' is printed in China, making it the oldest known dated printed book. | |||
File:Omar Khayyam.jpg|link=Omar Khayyam (nonfiction)|1109: [[Omar Khayyam (nonfiction)|Omar Khayyam]] vows to fight [[crimes against mathematical constants]]. | File:Omar Khayyam.jpg|link=Omar Khayyam (nonfiction)|1109: [[Omar Khayyam (nonfiction)|Omar Khayyam]] vows to fight [[crimes against mathematical constants]]. | ||
File:Electrocuting_an_Elephant.png|link=Electrocuting an Elephant (nonfiction)|1903: The short film ''[[Electrocuting an Elephant (nonfiction)|Electrocuting an Elephant]]'' blamed for wave of [[Wumpus-compass syndrome]]. | File:Electrocuting_an_Elephant.png|link=Electrocuting an Elephant (nonfiction)|1903: The short film ''[[Electrocuting an Elephant (nonfiction)|Electrocuting an Elephant]]'' blamed for wave of [[Wumpus-compass syndrome]]. | ||
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File:Exponential-growth-diagram.svg|link=Crimes against mathematical constants|1947: New class of [[Crimes against mathematical constants]] "reduce to well-known [[Crime (nonfiction)|crime]] algorithms." | File:Exponential-growth-diagram.svg|link=Crimes against mathematical constants|1947: New class of [[Crimes against mathematical constants]] "reduce to well-known [[Crime (nonfiction)|crime]] algorithms." | ||
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Revision as of 14:52, 22 April 2017
868: A copy of the Diamond Sutra is printed in China, making it the oldest known dated printed book.
1109: Omar Khayyam vows to fight crimes against mathematical constants.
1903: The short film Electrocuting an Elephant blamed for wave of Wumpus-compass syndrome.
1904: Mathematician Emmy Noether discovers new class of Gnomon algorithm functions.
1918: Theoretical physicist and academic Richard Feynman born. He will share the 1965 Nobel Prize in Physics for his contributions to the development of quantum electrodynamics.
1947: New class of Crimes against mathematical constants "reduce to well-known crime algorithms."