Timeline: Modern (nonfiction): Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
Line 197: Line 197:
File:Ruy Barbosa 1907.jpg|link=Rui Barbosa (nonfiction)|1923 Mar. 1: Polymath, diplomat, jurist, and politician [[Rui Barbosa (nonfiction)|Rui Barbosa]] born.  He will authorize the destruction of most government records relating to slavery, "erasing the stain" of slavery on Brazilian history, yet preventing any possible indemnization of the former slave-owners.
File:Ruy Barbosa 1907.jpg|link=Rui Barbosa (nonfiction)|1923 Mar. 1: Polymath, diplomat, jurist, and politician [[Rui Barbosa (nonfiction)|Rui Barbosa]] born.  He will authorize the destruction of most government records relating to slavery, "erasing the stain" of slavery on Brazilian history, yet preventing any possible indemnization of the former slave-owners.
File:Walter Kohn.jpg|link=Walter Kohn (nonfiction)|1923 Mar. 9: Theoretical physicist, theoretical chemist, and Nobel laureate [[Walter Kohn (nonfiction)|Walter Kohn]] born. He will develop density functional theory, which will make it possible to calculate quantum mechanical electronic structure by equations involving the electronic density.
File:Walter Kohn.jpg|link=Walter Kohn (nonfiction)|1923 Mar. 9: Theoretical physicist, theoretical chemist, and Nobel laureate [[Walter Kohn (nonfiction)|Walter Kohn]] born. He will develop density functional theory, which will make it possible to calculate quantum mechanical electronic structure by equations involving the electronic density.
File:James Dewar.jpg|link=James Dewar (nonfiction)|1923 Mar. 27: Chemist and physicist [[James Dewar (nonfiction)|James Dewar]] dies. He invented the vacuum flask, which he used in conjunction with extensive research into the liquefaction of gases.
File:James Dewar.jpg|link=James Dewar (nonfiction)|1923 Mar. 27: Chemist and physicist [[James Dewar (nonfiction)|James Dewar]] dies. Dewar invented the vacuum flask, which he used in conjunction with extensive research into the liquefaction of gases.
File:George Spencer-Browne.jpg|link=George Spencer-Brown (nonfiction)|1923 Apr. 2: Polymath [[George Spencer-Brown (nonfiction)|George Spencer-Brown]] born. He will write ''Laws of Form'', calling it the "primary algebra" and the "calculus of indications".
File:George Spencer-Brown.jpg|link=George Spencer-Brown (nonfiction)|1923 Apr. 2: Polymath [[George Spencer-Brown (nonfiction)|George Spencer-Brown]] born. Spencer-Brown will write the unorthodox and influential ''Laws of Form'', calling it the "primary algebra" and the "calculus of indications".
File:John Venn.jpg|link=John Venn (nonfiction)|1923 Apr. 4: Mathematician and philosopher [[John Venn (nonfiction)|John Venn]] dies. He invented the Venn diagram, now widely used set theory, probability, logic, statistics, and computer science.
File:John Venn.jpg|link=John Venn (nonfiction)|1923 Apr. 4: Mathematician and philosopher [[John Venn (nonfiction)|John Venn]] dies. Venn invented the Venn diagram, now widely used set theory, probability, logic, statistics, and computer science.
File:Armand Borel.jpg|link=Armand Borel (nonfiction)|1923 May 21: Mathematician and academic [[Armand Borel (nonfiction)|Armand Borel]] born. He will work in algebraic topology, and in the theory of Lie groups, contributing to the creation of the contemporary theory of linear algebraic groups.
File:Armand Borel.jpg|link=Armand Borel (nonfiction)|1923 May 21: Mathematician and academic [[Armand Borel (nonfiction)|Armand Borel]] born. Borel will work in algebraic topology, and in the theory of Lie groups, contributing to the creation of the contemporary theory of linear algebraic groups.
File:Lloyd Shapley (1980).jpg|link=Lloyd Shapley (nonfiction)|1923 Jun. 2:  Mathematician and economist [[Lloyd Shapley (nonfiction)|Lloyd Shapley]] born. He will define game theory as "a mathematical study of conflict and cooperation."
File:Lloyd Shapley (1980).jpg|link=Lloyd Shapley (nonfiction)|1923 Jun. 2:  Mathematician and economist [[Lloyd Shapley (nonfiction)|Lloyd Shapley]] born. Shapley will define game theory as "a mathematical study of conflict and cooperation."
File:Igor Shafarevich.jpg|link=Igor Shafarevich (nonfiction)|1923 Jun. 3: Mathematician and dissident [[Igor Shafarevich (nonfiction)|Igor Shafarevich]] born. He will make fundamental contributions to algebraic number theory, algebraic geometry, and arithmetic algebraic geometry.
File:Igor Shafarevich.jpg|link=Igor Shafarevich (nonfiction)|1923 Jun. 3: Mathematician and dissident [[Igor Shafarevich (nonfiction)|Igor Shafarevich]] born. Shafarevich will make fundamental contributions to algebraic number theory, algebraic geometry, and arithmetic algebraic geometry.
File:Vilfredo Pareto 1870s.jpg|link=Vilfredo Pareto (nonfiction)|1923 Aug. 19: Engineer, sociologist, economist, political scientist, and philosopher [[Vilfredo Pareto (nonfiction)|Vilfredo Pareto]] dies.  He applied mathematics to economic analysis, asserting that the distribution of incomes and wealth in society is not random and that a consistent pattern appears throughout history, in all parts of the world and in all societies.
File:Vilfredo Pareto 1870s.jpg|link=Vilfredo Pareto (nonfiction)|1923 Aug. 19: Engineer, sociologist, economist, political scientist, and philosopher [[Vilfredo Pareto (nonfiction)|Vilfredo Pareto]] dies.  Pareto applied mathematics to economic analysis, asserting that the distribution of incomes and wealth in society is not random and that a consistent pattern appears throughout history, in all parts of the world and in all societies.
File:Charles Proteus Steinmetz.jpg|link=Charles Proteus Steinmetz (nonfiction)|1923 Oct. 26: Mathematician and electrical engineer [[Charles Proteus Steinmetz (nonfiction)|Charles Proteus Steinmetz]] dies. He fostered the development of alternating current, formulating mathematical theories which advanced the expansion of the electric power industry in the United States.
File:Charles Proteus Steinmetz.jpg|link=Charles Proteus Steinmetz (nonfiction)|1923 Oct. 26: Mathematician and electrical engineer [[Charles Proteus Steinmetz (nonfiction)|Charles Proteus Steinmetz]] dies. Steinmetz fostered the development of alternating current, formulating mathematical theories which advanced the expansion of the electric power industry in the United States.


File:Georg Hermann Quincke.jpg|link=Georg Hermann Quincke (nonfiction)|1924 Jan. 13: Physicist and academic [[Georg Hermann Quincke (nonfiction)|Georg Hermann Quincke]] dies. He conducted prolonged research on the influence of electric forces upon the constants of different forms of matter, modifying the dissociation hypothesis of Clausius.
File:Georg Hermann Quincke.jpg|link=Georg Hermann Quincke (nonfiction)|1924 Jan. 13: Physicist and academic [[Georg Hermann Quincke (nonfiction)|Georg Hermann Quincke]] dies. Quincke conducted prolonged research on the influence of electric forces upon the constants of different forms of matter, modifying the dissociation hypothesis of Clausius.
File:John Backus.jpg|link=John Backus (nonfiction)|1924 Mar. 3: Mathematician and computer scientist [[John Backus (nonfiction)|John Backus]] born. He will invent the Backus–Naur form (BNF) notation to define formal language syntax.
File:John Backus.jpg|link=John Backus (nonfiction)|1924 Mar. 3: Mathematician and computer scientist [[John Backus (nonfiction)|John Backus]] born. Backus will invent the Backus–Naur form (BNF) notation to define formal language syntax.
File:Harry Lehmann.jpg|link=Harry Lehmann (nonfiction)|1924 Mar. 21: Physicist [[Harry Lehmann (nonfiction)|Harry Lehmann]] born. He will contribute to the LSZ reduction formula and the Källén–Lehmann spectral representation.  
File:Harry Lehmann.jpg|link=Harry Lehmann (nonfiction)|1924 Mar. 21: Physicist [[Harry Lehmann (nonfiction)|Harry Lehmann]] born. Lehmann will contribute to the LSZ reduction formula and the Källén–Lehmann spectral representation.  
File:John Ashworth Nelder.jpg|link=John Nelder (nonfiction)|1924 Oct. 8: Mathematician and statistician [[John Nelder (nonfiction)|John Nelder]] born. He will contribute to experimental design, analysis of variance, computational statistics, and statistical theory. He will also be responsible, with Max Nicholson and James Ferguson-Lees, for debunking the [[Hastings Rarities (nonfiction)|Hastings Rarities]].
File:John Ashworth Nelder.jpg|link=John Nelder (nonfiction)|1924 Oct. 8: Mathematician and statistician [[John Nelder (nonfiction)|John Nelder]] born. Nelder will contribute to experimental design, analysis of variance, computational statistics, and statistical theory. He will also be responsible, with Max Nicholson and James Ferguson-Lees, for debunking the [[Hastings Rarities (nonfiction)|Hastings Rarities]].


File:Carl Gottfried Neumann.jpg|link=Carl Gottfried Neumann (nonfiction)|1925 Mar. 27: Mathematician [[Carl Gottfried Neumann (nonfiction)|Carl Gottfried Neumann]] dies. He will studied physics with his father, and later worked as a mathematician, dealing almost exclusively with problems arising from physics.
File:Carl Gottfried Neumann.jpg|link=Carl Gottfried Neumann (nonfiction)|1925 Mar. 27: Mathematician [[Carl Gottfried Neumann (nonfiction)|Carl Gottfried Neumann]] dies. Neumann will studied physics with his father, and later worked as a mathematician, dealing almost exclusively with problems arising from physics.
File:Alexander Shulgin 2009.jpg|link=Alexander Shulgin (nonfiction)|1925 Jun. 17: Pharmacologist and chemist [[Alexander Shulgin (nonfiction)|Alexander Shulgin]] born. He will discover, synthesize, and personally bioassay over 230 psychoactive compounds for their psychedelic and entactogenic potential.
File:Alexander Shulgin 2009.jpg|link=Alexander Shulgin (nonfiction)|1925 Jun. 17: Pharmacologist and chemist [[Alexander Shulgin (nonfiction)|Alexander Shulgin]] born. Shulgin will discover, synthesize, and personally bioassay over 230 psychoactive compounds for their psychedelic and entactogenic potential.
File:Gottlob Frege.jpg|link=Gottlob Frege (nonfiction)|1925 Jul. 26: Mathematician, logician, and philosopher [[Gottlob Frege (nonfiction)|Gottlob Frege]] dies. Though largely ignored during his lifetime, his work influenced later generations of logicians and philosophers.
File:Gottlob Frege.jpg|link=Gottlob Frege (nonfiction)|1925 Jul. 26: Mathematician, logician, and philosopher [[Gottlob Frege (nonfiction)|Gottlob Frege]] dies. Though largely ignored during his lifetime, Frege's work influenced later generations of logicians and philosophers.
File:Martin David Kruskal.jpg|link=David Kruskal (nonfiction)|1925 Sep. 28: Physicist and mathematician [[Martin David Kruskal (nonfiction)|Martin David Kruskal]] born. He will make fundamental contributions in many areas of mathematics and science, including the discovery and theory of solitons.
File:Martin David Kruskal.jpg|link=David Kruskal (nonfiction)|1925 Sep. 28: Physicist and mathematician [[Martin David Kruskal (nonfiction)|Martin David Kruskal]] born. Kruskal will make fundamental contributions in many areas of mathematics and science, including the discovery and theory of solitons.
File:John Logie Baird 1917.jpg|link=John Logie Baird (nonfiction)|1925 Oct. 30: Engineer and inventor [[John Logie Baird (nonfiction)|John Logie Baird]] creates Britain's first television transmitter.
File:John Logie Baird 1917.jpg|link=John Logie Baird (nonfiction)|1925 Oct. 30: Engineer and inventor [[John Logie Baird (nonfiction)|John Logie Baird]] creates Britain's first television transmitter.



Revision as of 17:01, 2 April 2020

Timeline of non-fictional "On This Day in History" items ordered by date from 1900 AD to today.

The Timeline comprises non-fictional "On This Day in History" items.

See also Early Timeline and Middle Timeline

1900s

2000s

See also Early Timeline and Middle Timeline