Template:Selected anniversaries/October 23: Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
 
(2 intermediate revisions by the same user not shown)
Line 1: Line 1:
<gallery>
<gallery>
||1581: Michael Neander dies ... mathematician and astronomer. Pic search yes: https://www.google.com/search?q=michael+neander
||1581: Michael Neander dies ... mathematician and astronomer. Pic search yes: https://www.google.com/search?q=michael+neander
File:Tycho Brahe.jpg|link=Tycho Brahe (nonfiction)|1590: Astronomer and crime analyst [[Tycho Brahe (nonfiction)|Tycho Brahe]] publicly accuses rogue astronomers associated with the [[House of Malevecchio]] of committing a series of high-profile [[crimes against astronomical constants]].
File:Pierre Gassendi.jpg|link=Pierre Gassendi (nonfiction)|1614: Mathematician, astronomer, philosopher, and crime-fighter [[Pierre Gassendi (nonfiction)|Pierre Gassendi]]  uses results of his investigation into the possibility of certain knowledge to detect and prevent [[crimes against mathematical constants]].
File:Wilhelm_Schickard_1632.jpg|link=Wilhelm Schickard (nonfiction)|1634: Minister, scholar, astronomer, mathematician, and crime-fighter [[Wilhelm Schickard (nonfiction)|Wilhelm Schickard]] writes two letters, each describing a new technique for detecting and preventing [[crimes against astronomical constants]].


||1760: Surgeon Hanaoka Seishū born ... with a knowledge of Chinese herbal medicine, as well as Western surgical techniques he had learned through Rangaku (literally "Dutch learning", and by extension "Western learning"). Hanaoka is said to have been the first to perform surgery using general anesthesia. Pic.
||1760: Surgeon Hanaoka Seishū born ... with a knowledge of Chinese herbal medicine, as well as Western surgical techniques he had learned through Rangaku (literally "Dutch learning", and by extension "Western learning"). Hanaoka is said to have been the first to perform surgery using general anesthesia. Pic.
Line 15: Line 9:


||1842: Henry Harrison Chase Dunwoody born. Known in his own time for his work with the Army’s Weather Bureau, Dunwoody invented the carborundum radio detector in 1906. It was the first practical mineral radio wave detector and the first commercial semiconductor device. Pic.
||1842: Henry Harrison Chase Dunwoody born. Known in his own time for his work with the Army’s Weather Bureau, Dunwoody invented the carborundum radio detector in 1906. It was the first practical mineral radio wave detector and the first commercial semiconductor device. Pic.
||1844: Édouard Branly born ... physicist and academic, early involvement in wireless telegraphy and his invention of the Branly coherer around 1890. Pic.


||1852: De Morgan conveyed Four Color Problem to Hamilton, writing, "A student of mine asked me today to give him a reason for a fact which I did not know was a fact—and do not yet. He says that if a figure be anyhow divided and the compartments differently coloured so that the figures with any portion of common boundary line are differently coloured—four colours may be wanted, but not more… Query cannot a necessity for five or more be invented." Pic.
||1852: De Morgan conveyed Four Color Problem to Hamilton, writing, "A student of mine asked me today to give him a reason for a fact which I did not know was a fact—and do not yet. He says that if a figure be anyhow divided and the compartments differently coloured so that the figures with any portion of common boundary line are differently coloured—four colours may be wanted, but not more… Query cannot a necessity for five or more be invented." Pic.
Line 43: Line 39:


||1911: First use of aircraft in war: Italo-Turkish War: An Italian pilot takes off from Libya to observe Turkish army lines.
||1911: First use of aircraft in war: Italo-Turkish War: An Italian pilot takes off from Libya to observe Turkish army lines.
||1920: Ted Fujita born ... meteorologist (storms researcher) and academic. Pic.


||1944: Charles Glover Barkla dies... physicist, and the winner of the Nobel Prize in Physics in 1917 for his work in X-ray spectroscopy and related areas in the study of X-rays (Roentgen rays). Pic.
||1944: Charles Glover Barkla dies... physicist, and the winner of the Nobel Prize in Physics in 1917 for his work in X-ray spectroscopy and related areas in the study of X-rays (Roentgen rays). Pic.
Line 52: Line 50:
File:Nixon April-29-1974.jpg|link=Watergate scandal (nonfiction)|1973: [[Watergate scandal (nonfiction)|Watergate scandal]]: President Richard M. Nixon agrees to turn over subpoenaed audio tapes of his Oval Office conversations.
File:Nixon April-29-1974.jpg|link=Watergate scandal (nonfiction)|1973: [[Watergate scandal (nonfiction)|Watergate scandal]]: President Richard M. Nixon agrees to turn over subpoenaed audio tapes of his Oval Office conversations.


||1986: Edward Adelbert Doisy dies ... biochemist and academic, Nobel Prize laureate.
||1986: Edward Adelbert Doisy dies ... biochemist and academic, Nobel Prize laureate. Pic.


||2007: David George Kendall dies ... statistician and mathematician, known for his work on probability, statistical shape analysis, ley lines and queueing theory.  Pic.
||2007: David George Kendall dies ... statistician and mathematician, known for his work on probability, statistical shape analysis, ley lines and queueing theory.  Pic.

Latest revision as of 13:32, 7 February 2022

  • 1873: Physicist and engineer William D. Coolidge born. He will make major contributions to X-ray machines, and develop ductile tungsten for incandescent light bulbs.

    1873: Physicist and engineer William D. Coolidge born. He will make major contributions to X-ray machines, and develop ductile tungsten for incandescent light bulbs.

  • 1973: Watergate scandal: President Richard M. Nixon agrees to turn over subpoenaed audio tapes of his Oval Office conversations.

    1973: Watergate scandal: President Richard M. Nixon agrees to turn over subpoenaed audio tapes of his Oval Office conversations.

  • 2014: Physicist and academic Tullio Regge dies. In 1968 he and G. Ponzano developed a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this was the first of a whole series of state sum models for quantum gravity known as spin foam models.

    2014: Physicist and academic Tullio Regge dies. In 1968 he and G. Ponzano developed a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this was the first of a whole series of state sum models for quantum gravity known as spin foam models.

  • 2016: Steganographic analysis of The Eel Time-Surfing reveals quantum gravity control software based on spin foam models.

    2016: Steganographic analysis of The Eel Time-Surfing reveals quantum gravity control software based on spin foam models.

Retrieved from "https://gnomonchronicles.com/w/index.php?title=Template:Selected_anniversaries/October_23&oldid=89757"