Timeline: Modern (nonfiction): Difference between revisions

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File:Philo T Farnsworth.jpg|link=Philo Farnsworth (nonfiction)|1927 Sep. 7: The first fully electronic television system is achieved by inventor [[Philo Farnsworth (nonfiction)|Philo Farnsworth]].
File:Philo T Farnsworth.jpg|link=Philo Farnsworth (nonfiction)|1927 Sep. 7: The first fully electronic television system is achieved by inventor [[Philo Farnsworth (nonfiction)|Philo Farnsworth]].


File:Hendrik_Antoon_Lorentz.jpg|link=Hendrik Lorentz (nonfiction)|1928 Feb. 4: Physicist and academic [[Hendrik Lorentz (nonfiction)|Hendrik Lorentz]] dies. He shared the 1902 Nobel Prize in Physics with Pieter Zeeman for the discovery and theoretical explanation of the Zeeman effect.
File:Hendrik_Antoon_Lorentz.jpg|link=Hendrik Lorentz (nonfiction)|1928 Feb. 4: Physicist and academic [[Hendrik Lorentz (nonfiction)|Hendrik Lorentz]] dies. Lorentz shared the 1902 Nobel Prize in Physics with Pieter Zeeman for the discovery and theoretical explanation of the Zeeman effect.
File:Gerald Bull 1964.jpg|link=Gerald  Bull (nonfiction)|1928 Mar. 9:  Engineer [[Gerald  Bull (nonfiction)|Gerald  Bull]] born. He will attempt to build artillery guns capable of launching satellites into orbit.
File:Gerald Bull 1964.jpg|link=Gerald  Bull (nonfiction)|1928 Mar. 9:  Engineer [[Gerald  Bull (nonfiction)|Gerald  Bull]] born. Bull will attempt to build artillery guns capable of launching satellites into orbit.
File:Charles Lindbergh.jpg|link=Charles Lindbergh|1928 Mar. 21: [[Charles Lindbergh (nonfiction)|Charles Lindbergh]] is presented with the Medal of Honor for the first solo trans-Atlantic flight.
File:Charles Lindbergh.jpg|link=Charles Lindbergh (nonfiction)|1928 Mar. 21: [[Charles Lindbergh (nonfiction)|Charles Lindbergh]] is presented with the Medal of Honor for the first solo trans-Atlantic flight.
File:Alexander Grothendieck.jpg|link=Alexander Grothendieck (nonfiction)|1928 Mar. 28: Mathematician and theorist [[Alexander Grothendieck (nonfiction)|Alexander Grothendieck]] born. He will become the leading figure in the creation of modern algebraic geometry.
File:Alexander Grothendieck.jpg|link=Alexander Grothendieck (nonfiction)|1928 Mar. 28: Mathematician and theorist [[Alexander Grothendieck (nonfiction)|Alexander Grothendieck]] born. Grothendieck will become the leading figure in the creation of modern algebraic geometry.
File:Pineapple Primary.jpg|link=Pineapple Primary (nonfiction)|1928 Apr. 10: The [[Pineapple Primary (nonfiction)|Pineapple Primary]] in Illinois, the culmination of a political campaign which was marked by numerous acts of violence, mostly in Chicago and elsewhere in Cook County. In the six months prior to the primary election, 62 bombings took place in the city, and at least two politicians were killed.
File:Pineapple Primary.jpg|link=Pineapple Primary (nonfiction)|1928 Apr. 10: The [[Pineapple Primary (nonfiction)|Pineapple Primary]] in Illinois, the culmination of a political campaign which was marked by numerous acts of violence, mostly in Chicago and elsewhere in Cook County. In the six months prior to the primary election, 62 bombings took place in the city, and at least two politicians were killed.
File:Eugene Shoemaker.jpg|link=Eugene Merle Shoemaker (nonfiction)|1928 Apr. 28: Geologist and astronomer [[Eugene Merle Shoemaker (nonfiction)|Eugene Merle Shoemaker]] born. Shoemaker will be the first scientist to conclude that Barringer Meteor Crater in Arizona, and similar craters, were caused by meteor impact.
File:Eugene Shoemaker.jpg|link=Eugene Merle Shoemaker (nonfiction)|1928 Apr. 28: Geologist and astronomer [[Eugene Merle Shoemaker (nonfiction)|Eugene Merle Shoemaker]] born. Shoemaker will be the first scientist to conclude that Barringer Meteor Crater in Arizona, and similar craters, were caused by meteor impact.
File:Jacques-Louis Lions.jpg|link=Jacques-Louis Lions (nonfiction)|1928 May 3: Mathematician [[Jacques-Louis Lions (nonfiction)|Jacques-Louis Lions]] born.  He will make contributions to the theory of partial differential equations and to stochastic control.
File:Jacques-Louis Lions.jpg|link=Jacques-Louis Lions (nonfiction)|1928 May 3: Mathematician [[Jacques-Louis Lions (nonfiction)|Jacques-Louis Lions]] born.  Lions will make contributions to the theory of partial differential equations and to stochastic control.
File:Bertram Kostant.jpg|link=Bertram Kostant (nonfiction)|1928 May 24: Mathematician [[Bertram Kostant (nonfiction)|Bertram Kostant]] born. He will be one of the principal developers of the theory of geometric quantization.
File:Bertram Kostant.jpg|link=Bertram Kostant (nonfiction)|1928 May 24: Mathematician [[Bertram Kostant (nonfiction)|Bertram Kostant]] born. Konstant will be one of the principal developers of the theory of geometric quantization.
File:Vera Rubin.jpg|link=Vera Rubin (nonfiction)|1928 Jul. 23: Astronomer and academic [[Vera Rubin (nonfiction)|Vera Rubin]] born. She will discover the discrepancy between the predicted angular motion of galaxies and the observed motion, by studying galactic rotation curves.
File:Vera Rubin.jpg|link=Vera Rubin (nonfiction)|1928 Jul. 23: Astronomer and academic [[Vera Rubin (nonfiction)|Vera Rubin]] born. Rubin will discover the discrepancy between the predicted angular motion of galaxies and the observed motion, by studying galactic rotation curves.
File:Philo T Farnsworth.jpg|link=Philo Farnsworth (nonfiction)|1928 Sep. 23: Inventor [[Philo Farnsworth (nonfiction)|Philo Farnsworth]] demonstrates his electronic television system to the press.
File:Philo T Farnsworth.jpg|link=Philo Farnsworth (nonfiction)|1928 Sep. 23: Inventor [[Philo Farnsworth (nonfiction)|Philo Farnsworth]] demonstrates his electronic television system to the press.
File:Hans Weinberger.jpg|link=Hans Weinberger (nonfiction)|1928 Sep. 27: Mathematician and academic [[Hans Weinberger (nonfiction)|Hans F. Weinberger]] born. He will contribute to variational methods for eigenvalue problems, partial differential equations, and fluid dynamics.
File:Hans Weinberger.jpg|link=Hans Weinberger (nonfiction)|1928 Sep. 27: Mathematician and academic [[Hans Weinberger (nonfiction)|Hans F. Weinberger]] born. Weinberger will contribute to variational methods for eigenvalue problems, partial differential equations, and fluid dynamics.


File:Agner Krarup Erlang.jpg|link=Agner Krarup Erlang (nonfiction)|1929 Feb. 3: Mathematician and engineer [[Agner Krarup Erlang (nonfiction)|Agner Krarup Erlang]] dies. He invented the fields of traffic engineering, queueing theory, and telephone networks analysis.
File:Agner Krarup Erlang.jpg|link=Agner Krarup Erlang (nonfiction)|1929 Feb. 3: Mathematician and engineer [[Agner Krarup Erlang (nonfiction)|Agner Krarup Erlang]] dies. Erlang invented the fields of traffic engineering, queueing theory, and telephone networks analysis.
File:Arthur Scherbius.jpg|link=Arthur Scherbius (nonfiction)|1929 May 13: Electrical engineer and inventor [[Arthur Scherbius (nonfiction)|Arthur Scherbius]] dies. He invented and patented the famous mechanical cipher Enigma machine.
File:Arthur Scherbius.jpg|link=Arthur Scherbius (nonfiction)|1929 May 13: Electrical engineer and inventor [[Arthur Scherbius (nonfiction)|Arthur Scherbius]] dies. Scherbius invented and patented the famous mechanical cipher Enigma machine.


File:Rabbi Dr. Eliezer (Leon) Ehrenpreis.jpg|link=Leon Ehrenpreis (nonfiction)|1930 May 22: Mathematician, academic, and rabbi [[Leon Ehrenpreis (nonfiction)|Eliezer 'Leon' Ehrenpreis]] born. He will prove the Malgrange–Ehrenpreis theorem, the fundamental theorem about differential operators with constant coefficients.  
File:Rabbi Dr. Eliezer (Leon) Ehrenpreis.jpg|link=Leon Ehrenpreis (nonfiction)|1930 May 22: Mathematician, academic, and rabbi [[Leon Ehrenpreis (nonfiction)|Eliezer 'Leon' Ehrenpreis]] born. Ehrenpreis will prove the Malgrange–Ehrenpreis theorem, the fundamental theorem about differential operators with constant coefficients.
File:Kurt Gödel.jpg|link=Kurt Gödel (nonfiction)|1930 Sep. 7: Mathematician [[Kurt Gödel (nonfiction)|Kurt Godel]] announced his famous Incompleteness Theorem -- that there are true but unprovable statements in arithmetic -- in a discussion on the foundations of mathematics organized by the Vienna Circle.  
File:Kurt Gödel.jpg|link=Kurt Gödel (nonfiction)|1930 Sep. 7: Mathematician [[Kurt Gödel (nonfiction)|Kurt Gödel]] announced his famous Incompleteness Theorem -- that there are true but unprovable statements in arithmetic -- in a discussion on the foundations of mathematics organized by the Vienna Circle.  
File:Robin Farquharson.jpg|link=Robin Farquharson (nonfiction)|1930 Oct. 3: Mathematician [[Robin Farquharson (nonfiction)|Robin Farquharson]] born. He will write an influential analysis of voting systems in his doctoral thesis, later published as ''Theory of Voting''.
File:Robin Farquharson.jpg|link=Robin Farquharson (nonfiction)|1930 Oct. 3: Mathematician [[Robin Farquharson (nonfiction)|Robin Farquharson]] born. Farquharson will write an influential analysis of voting systems in his doctoral thesis, later published as ''Theory of Voting''.
File:Hugh Everett III.jpg|link=Hugh Everett III (nonfiction)|1930 Nov. 11: Physicist [[Hugh Everett III (nonfiction)|Hugh Everett III]] born. He will propose the many-worlds interpretation (MWI) of quantum physics.
File:Hugh Everett III.jpg|link=Hugh Everett III (nonfiction)|1930 Nov. 11: Physicist [[Hugh Everett III (nonfiction)|Hugh Everett III]] born. Everett will propose the many-worlds interpretation (MWI) of quantum physics.


File:Charles Algernon Parsons.jpg|link=Charles Algernon Parsons (nonfiction)|1931 Feb. 11: Engineer and inventor [[Charles Algernon Parsons (nonfiction)|Charles Algernon Parsons]] dies. He invented the compound steam turbine, and worked on dynamo and turbine design, power generation, and optical equipment for searchlights and telescopes.
File:Charles Algernon Parsons.jpg|link=Charles Algernon Parsons (nonfiction)|1931 Feb. 11: Engineer and inventor [[Charles Algernon Parsons (nonfiction)|Charles Algernon Parsons]] dies. Parsons invented the compound steam turbine, and worked on dynamo and turbine design, power generation, and optical equipment for searchlights and telescopes.
File:Auguste Piccard.jpg|link=Auguste Piccard (nonfiction)|1931 May 27: Physicist and explorer [[Auguste Piccard (nonfiction)|Auguste Piccard]] and his assistant Paul Kipfer take off from Augsburg, Germany in their high-altitude balloon, reaching a record altitude of 15,781 m (51,775 ft). During the flight, Piccard gathers data on the upper atmosphere, including cosmic ray measurements.
File:Auguste Piccard.jpg|link=Auguste Piccard (nonfiction)|1931 May 27: Physicist and explorer [[Auguste Piccard (nonfiction)|Auguste Piccard]] and his assistant Paul Kipfer take off from Augsburg, Germany in their high-altitude balloon, reaching a record altitude of 15,781 m (51,775 ft). During the flight, Piccard gathers data on the upper atmosphere, including cosmic ray measurements.
File:Herbert Wilf.jpg|link=Herbert Wilf (nonfiction)|1931 Jun. 13: Mathematician and academic [[Herbert Wilf (nonfiction)|Herbert Saul Wilf]] born. Wilf specialized in combinatorics and graph theory.  
File:Herbert Wilf.jpg|link=Herbert Wilf (nonfiction)|1931 Jun. 13: Mathematician and academic [[Herbert Wilf (nonfiction)|Herbert Saul Wilf]] born. Wilf specialized in combinatorics and graph theory.  
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|1931 Jul. 11: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] born.  He and G. Ponzano will develop a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this will be the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|1931 Jul. 11: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] born.  Regge and G. Ponzano will develop a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this will be the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1931 Oct. 18: Inventor, engineer, and businessman [[Thomas Edison (nonfiction)|Thomas Edison]] dies. He developed the light bulb and the phonograph, among other inventions.
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1931 Oct. 18: Inventor, engineer, and businessman [[Thomas Edison (nonfiction)|Thomas Edison]] dies. Edison developed the light bulb and the phonograph, among other inventions.


File:Shoshichi Kobayashi.jpg|link=Shoshichi Kobayashi (nonfiction)|1932 Jan. 4: Mathematician and academic [[Shoshichi Kobayashi (nonfiction)|Shoshichi Kobayashi]] born. He will work on Riemannian and complex manifolds, transformation groups of geometric structures, and Lie algebras.
File:Shoshichi Kobayashi.jpg|link=Shoshichi Kobayashi (nonfiction)|1932 Jan. 4: Mathematician and academic [[Shoshichi Kobayashi (nonfiction)|Shoshichi Kobayashi]] Kobayashi. He will work on Riemannian and complex manifolds, transformation groups of geometric structures, and Lie algebras.
File:Umberto Eco 1984.jpg|link=Umberto Eco (nonfiction)|1932 Jan. 5: Novelist, literary critic, and philosopher [[Umberto Eco (nonfiction)|Umberto Eco]] born. He will cite James Joyce and Jorge Luis Borges as the two modern authors who will have influenced his work the most.
File:Umberto Eco 1984.jpg|link=Umberto Eco (nonfiction)|1932 Jan. 5: Novelist, literary critic, and philosopher [[Umberto Eco (nonfiction)|Umberto Eco]] born. Eco will cite James Joyce and Jorge Luis Borges as the two modern authors who will have influenced his work the most.
File:George_Eastman.jpg|link=George Eastman (nonfiction)|1932 Mar. 14: [[George Eastman (nonfiction)|George Eastman]] dies. He founded the Eastman Kodak Company and popularized the use of roll film, helping to bring photography to the mainstream.
File:George_Eastman.jpg|link=George Eastman (nonfiction)|1932 Mar. 14: [[George Eastman (nonfiction)|George Eastman]] dies. Eastman founded the Eastman Kodak Company and popularized the use of roll film, helping to bring photography to the mainstream.
File:Amelia Earhart standing under nose of her Lockheed Model 10-E Electral.jpg|link=Amelia Earhart (nonfiction)|1932 May 20: [[Amelia Earhart (nonfiction)|Amelia Earhart]] departs Harbour Grace, Newfoundland, in her Lockheed Vega on her solo nonstop flight across the Atlantic. After a flight lasting 14 hours, 56 minutes, Earhart lands in Northern Ireland, making her the second person (after Charles Lindbergh) to fly nonstop and alone across the Atlantic.File:Amelia Earhart standing under nose of her Lockheed Model 10-E Electral.jpg|link=Amelia Earhart (nonfiction)|1932 May 21: [[Amelia Earhart (nonfiction)|Amelia Earhart]] completes her solo nonstop flight across the Atlantic when bad weather forces her to land in Derry, Northern Ireland, after a flight lasting 14 hours, 56 minutes. Earhart is the second person (after Charles Lindbergh) to fly nonstop and alone across the Atlantic.
File:Amelia Earhart standing under nose of her Lockheed Model 10-E Electral.jpg|link=Amelia Earhart (nonfiction)|1932 May 20: [[Amelia Earhart (nonfiction)|Amelia Earhart]] departs Harbour Grace, Newfoundland, in her Lockheed Vega on her solo nonstop flight across the Atlantic. After a flight lasting 14 hours, 56 minutes, Earhart lands in Northern Ireland, making her the second person (after Charles Lindbergh) to fly nonstop and alone across the Atlantic.File:Amelia Earhart standing under nose of her Lockheed Model 10-E Electral.jpg|link=Amelia Earhart (nonfiction)|1932 May 21: [[Amelia Earhart (nonfiction)|Amelia Earhart]] completes her solo nonstop flight across the Atlantic when bad weather forces her to land in Derry, Northern Ireland, after a flight lasting 14 hours, 56 minutes. Earhart is the second person (after Charles Lindbergh) to fly nonstop and alone across the Atlantic.
File:Bonus marchers.gif|link=Bonus Army (nonfiction)|1932 Jul. 20: In Washington, D.C., police fire tear gas on World War I veterans, part of the [[Bonus Army (nonfiction)|Bonus Expeditionary Force]], who attempt to march to the White House.
File:Bonus marchers.gif|link=Bonus Army (nonfiction)|1932 Jul. 20: In Washington, D.C., police fire tear gas on World War I veterans, part of the [[Bonus Army (nonfiction)|Bonus Expeditionary Force]], who attempt to march to the White House.

Revision as of 19:33, 21 March 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