Template:Selected anniversaries/May 11: Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
 
(46 intermediate revisions by the same user not shown)
Line 1: Line 1:
<gallery mode="traditional">
<gallery>
File:Omar Khayyam.jpg|link=Omar Khayyam (nonfiction)|1109: [[Omar Khayyam (nonfiction)|Omar Khayyam]] vows to fight [[crimes against mathematical constants]].
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: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:Emmy Noether.jpg|link=Emmy Noether (nonfiction)|1904: Mathematician [[Emmy Noether (nonfiction)|Emmy Noether]] discovers new class of [[Gnomon algorithm functions]].
File:Matteo_Ricci.jpg|link=Matteo Ricci (nonfiction)|1610: Priest and mathematician [[Matteo Ricci (nonfiction)|Matteo Ricci]] dies. Ricci translated Euclid's ''Elements'' into Chinese, as well as the Confucian classics into Latin, for the first time.
File:Richard Feynman.jpg|link=Richard Feynman (nonfiction)|1918:  Theoretical physicist and academic [[Richard Feynman (nonfiction)|Richard Feynman]] born. He will share the 1965 Nobel Prize in Physics for his contributions to the development of quantum electrodynamics.
 
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:Minnesota Quaternary geologic map.jpg|link=Minnesota (nonfiction)|1858: [[Minnesota (nonfiction)|Minnesota]] is admitted as the 32nd U.S. State.
 
File:Richard Feynman.jpg|link=Richard Feynman (nonfiction)|1918:  Theoretical physicist and academic [[Richard Feynman (nonfiction)|Richard Feynman]] born. Feynmann will share the 1965 Nobel Prize in Physics for his contributions to the development of quantum electrodynamics.
 
</gallery>
</gallery>
{{Template:Categories: May 11}}

Latest revision as of 13:59, 16 May 2024