Timeline: Modern (nonfiction): Difference between revisions

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File:Martin Gardner.jpg|link=Martin Gardner (nonfiction)|1914 Oct. 21: Mathematics and science writer [[Martin Gardner (nonfiction)|Martin Gardner]] born.  His interests will include stage magic, scientific skepticism, philosophy, religion, and literature.
File:Martin Gardner.jpg|link=Martin Gardner (nonfiction)|1914 Oct. 21: Mathematics and science writer [[Martin Gardner (nonfiction)|Martin Gardner]] born.  His interests will include stage magic, scientific skepticism, philosophy, religion, and literature.


File:André_Lichnerowicz.jpg|link=André Lichnerowicz (nonfiction)|1915 Jan. 21: Physicist and mathematician [[André Lichnerowicz (nonfiction)|André Lichnerowicz]] born. He will work in differential geometry and mathematical physics.
File:André_Lichnerowicz.jpg|link=André Lichnerowicz (nonfiction)|1915 Jan. 21: Physicist and mathematician [[André Lichnerowicz (nonfiction)|André Lichnerowicz]] born. Lichnerowicz will work in differential geometry and mathematical physics.
File:Robert Hofstadter.jpg|link=Robert Hofstadter (nonfiction)|1915 Feb. 5: Physicist and academic [[Robert Hofstadter (nonfiction)|Robert Hofstadter]] born. He will share the 1961 Nobel Prize in Physics (together with [[Rudolf Mössbauer (nonfiction)|Rudolf Mössbauer]]) "for his pioneering studies of electron scattering in atomic nuclei and for his consequent discoveries concerning the structure of nucleons".
File:Robert Hofstadter.jpg|link=Robert Hofstadter (nonfiction)|1915 Feb. 5: Physicist and academic [[Robert Hofstadter (nonfiction)|Robert Hofstadter]] born. Hofstadter will share the 1961 Nobel Prize in Physics (with [[Rudolf Mössbauer (nonfiction)|Rudolf Mössbauer]]) "for his pioneering studies of electron scattering in atomic nuclei and for his consequent discoveries concerning the structure of nucleons".
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1915 Mar. 15: Theoretical physicist [[Albert Einstein (nonfiction)|Albert Einstein]] publishes his general theory of relativity.
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1915 Mar. 15: Theoretical physicist [[Albert Einstein (nonfiction)|Albert Einstein]] publishes his general theory of relativity.
File:Kodaira Kunihiko.jpg|link=Kunihiko Kodaira (nonfiction)|1915 Mar. 16: Mathematician and academic [[[[Kunihiko Kodaira (nonfiction)|Kunihiko Kodaira]]]] born. He will do distinguished work in algebraic geometry and the theory of complex manifolds, winning the Fields medal in 1954.
File:Kodaira Kunihiko.jpg|link=Kunihiko Kodaira (nonfiction)|1915 Mar. 16: Mathematician and academic [[[[Kunihiko Kodaira (nonfiction)|Kunihiko Kodaira]]]] born. Kodaira will do distinguished work in algebraic geometry and the theory of complex manifolds, winning the Fields medal in 1954.
File:Paul Lorenzen.jpg|link=Paul Lorenzen (nonfiction)|1915 Mar. 24: Mathematician and philosopher [[Paul Lorenzen (nonfiction)|Paul Lorenzen]] born. He will found the Erlangen School (with Wilhelm Kamlah), and invent game semantics (with Kuno Lorenz).
File:Paul Lorenzen.jpg|link=Paul Lorenzen (nonfiction)|1915 Mar. 24: Mathematician and philosopher [[Paul Lorenzen (nonfiction)|Paul Lorenzen]] born. Lorenzen will found the Erlangen School (with Wilhelm Kamlah), and invent game semantics (with Kuno Lorenz).
File:Donald_J._Hughes.png|link=Donald J. Hughes (nonfiction)|1915 Apr. 2: Nuclear physicist [[Donald J. Hughes (nonfiction)|Donald J. Hughes]] born. Hughes will be one of the signers of the Franck Report in June, 1945, recommending that the United States not use the atomic bomb as a weapon to prompt the surrender of Japan in World War II.
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1915 May 20: [[Albert Einstein (nonfiction)|Albert Einstein]] publishes his general theory of relativity.
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1915 May 20: [[Albert Einstein (nonfiction)|Albert Einstein]] publishes his general theory of relativity.
John_Tukey.jpg|link=John Tukey (nonfiction)|1915 Jun. 16: Mathematician and academic [[John Tukey (nonfiction)|John Tukey]] born. He will make important contributions to statistical analysis, including the box plot.
John_Tukey.jpg|link=John Tukey (nonfiction)|1915 Jun. 16: Mathematician and academic [[John Tukey (nonfiction)|John Tukey]] born. Tukey will make important contributions to statistical analysis, including the box plot.
File:Nicholas Metropolis.png|link=Nicholas Metropolis (nonfiction)|1915 Jun. 11: Mathematician and physicist [[Nicholas Metropolis (nonfiction)|Nicholas Metropolis]] born. He will lead the team of researchers which will develop the Monte Carlo method.
File:Nicholas Metropolis.png|link=Nicholas Metropolis (nonfiction)|1915 Jun. 11: Mathematician and physicist [[Nicholas Metropolis (nonfiction)|Nicholas Metropolis]] born. Metropolis will lead the team of researchers which will develop the Monte Carlo method.
File:Norman F. Ramsey Jr.jpg|link=Norman Foster Ramsey Jr. (nonfiction)|1915 Aug. 27: Physicist [[Norman Foster Ramsey Jr. (nonfiction)|Norman Foster Ramsey Jr.]] born.  He will be awarded the 1989 Nobel Prize in Physics for the invention of the separated oscillatory field method, which will have important applications in the construction of atomic clocks.
File:Norman F. Ramsey Jr.jpg|link=Norman Foster Ramsey Jr. (nonfiction)|1915 Aug. 27: Physicist [[Norman Foster Ramsey Jr. (nonfiction)|Norman Foster Ramsey Jr.]] born.  Ramsey will be awarded the 1989 Nobel Prize in Physics for the invention of the separated oscillatory field method, which will have important applications in the construction of atomic clocks.
File:Clifford Shull 1949.jpg|link=Clifford Shull (nonfiction)|1915 Sep. 23: Physicist and academic [[Clifford Shull (nonfiction)|Clifford Shull]] born. He will share the 1994 Nobel Prize in Physics with Bertram Brockhouse for the development of the neutron scattering technique.
File:Clifford Shull 1949.jpg|link=Clifford Shull (nonfiction)|1915 Sep. 23: Physicist and academic [[Clifford Shull (nonfiction)|Clifford Shull]] born. Shull will share the 1994 Nobel Prize in Physics with Bertram Brockhouse for the development of the neutron scattering technique.


File:John Crank.jpg|link=John Crank (nonfiction)|1916 Feb. 6: Mathematician and physicist [[John Crank (nonfiction)|John Crank]] born. He will work on the numerical solution of partial differential equations; his work with Phyllis Nicolson on the heat equation will result in the Crank–Nicolson method.
File:John Crank.jpg|link=John Crank (nonfiction)|1916 Feb. 6: Mathematician and physicist [[John Crank (nonfiction)|John Crank]] born. Crank will work on the numerical solution of partial differential equations; his work with Phyllis Nicolson on the heat equation will result in the Crank–Nicolson method.
File:Richard Dedekind.jpg|link=Richard Dedekind (nonfiction)|1916 Feb. 12: Mathematician, philosopher, and academic [[Richard Dedekind (nonfiction)|Richard Dedekind]] dies. He made important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers.
File:Richard Dedekind.jpg|link=Richard Dedekind (nonfiction)|1916 Feb. 12: Mathematician, philosopher, and academic [[Richard Dedekind (nonfiction)|Richard Dedekind]] dies. Dedekind made important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers.
File:Paul Halmos.jpg|link=Paul Halmos (nonfiction)|1916 Mar. 3: Mathematician and academic [[Paul Halmos (nonfiction)|Paul Halmos]] born. He will make fundamental advances in the areas of mathematical logic, probability theory, statistics, operator theory, ergodic theory, and functional analysis (in particular, Hilbert spaces).  
File:Paul Halmos.jpg|link=Paul Halmos (nonfiction)|1916 Mar. 3: Mathematician and academic [[Paul Halmos (nonfiction)|Paul Halmos]] born. Halmos will make fundamental advances in the areas of mathematical logic, probability theory, statistics, operator theory, ergodic theory, and functional analysis (in particular, Hilbert spaces).  
File:Claude Shannon.jpg|link=Claude Shannon (nonfiction)|1916 Apr. 30: Mathematician, engineer, and information scientist [[Claude Shannon (nonfiction)|Claude Shannon]] born. He will be  known as "the father of information theory".
File:Claude Shannon.jpg|link=Claude Shannon (nonfiction)|1916 Apr. 30: Mathematician, engineer, and information scientist [[Claude Shannon (nonfiction)|Claude Shannon]] born. Shannon will be  known as "the father of information theory".
File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|1916 May 4: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] born.  He will be credited with the insight that a solid sub-critical mass of plutonium can be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.  
File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|1916 May 4: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] born.  Christy will be credited with the insight that a solid sub-critical mass of plutonium can be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.  


File:Charles Wright Mills.jpg|link=C. Wright Mills (nonfiction)|1916 Aug. 28: Sociologist and author [[C. Wright Mills (nonfiction)|C. Wright Mills]] born. Mills will publish widely in popular and intellectual journals, advocating public and political engagement over disinterested observation.
File:Charles Wright Mills.jpg|link=C. Wright Mills (nonfiction)|1916 Aug. 28: Sociologist and author [[C. Wright Mills (nonfiction)|C. Wright Mills]] born. Mills will publish widely in popular and intellectual journals, advocating public and political engagement over disinterested observation.

Revision as of 05:15, 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