Timeline: Modern (nonfiction): Difference between revisions

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File:Jan Tschichold (1963) by Erling Mandelmann.jpg|link=Jan Tschichold (nonfiction)|1902 Apr. 2: Graphic designer and typographer [[Jan Tschichold (nonfiction)|Jan Tschichold]] born. Tschichold will become a leading advocate of Modernist design, but later condemn Modernist design in general as being authoritarian and inherently fascistic.
File:Jan Tschichold (1963) by Erling Mandelmann.jpg|link=Jan Tschichold (nonfiction)|1902 Apr. 2: Graphic designer and typographer [[Jan Tschichold (nonfiction)|Jan Tschichold]] born. Tschichold will become a leading advocate of Modernist design, but later condemn Modernist design in general as being authoritarian and inherently fascistic.
File:Karl Popper.jpg|link=Karl Popper (nonfiction)|1902 Jul. 28: Philosopher and academic [[Karl Popper (nonfiction)|Karl Popper]] born. Popper will be known for his rejection of the classical inductivist views on the scientific method, in favor of empirical falsification: A theory in the empirical sciences can never be proven, but it can be falsified, meaning that it can and should be scrutinized by decisive experiments.  
File:Karl Popper.jpg|link=Karl Popper (nonfiction)|1902 Jul. 28: Philosopher and academic [[Karl Popper (nonfiction)|Karl Popper]] born. Popper will be known for his rejection of the classical inductivist views on the scientific method, in favor of empirical falsification: A theory in the empirical sciences can never be proven, but it can be falsified, meaning that it can and should be scrutinized by decisive experiments.  
File:Norman Lorimer Dean with his Dean drive.jpg|link=Norman Lorimer Dean (nonfiction)|1902 Sep. 12: Inventor [[Norman Lorimer Dean (nonfiction)|Norman Lorimer Dean]] born. Dean will design the Dean drive, which he will promote as a reactionless drive.


File:Electrocuting_an_Elephant.png|link=Electrocuting an Elephant (nonfiction)|1903 Jan. 17: The short film ''[[Electrocuting an Elephant (nonfiction)|Electrocuting an Elephant]]'' is released.  It documents the killing of an elephant named Topsy.
File:Electrocuting_an_Elephant.png|link=Electrocuting an Elephant (nonfiction)|1903 Jan. 17: The short film ''[[Electrocuting an Elephant (nonfiction)|Electrocuting an Elephant]]'' is released.  It documents the killing of an elephant named Topsy.
File:George Gabriel Stokes.jpg|link=Sir George Stokes, 1st Baronet (nonfiction)|1903 Feb. 1:  Physicist and mathematician [[Sir George Stokes, 1st Baronet (nonfiction)|Sir George Stokes, 1st Baronet]] dies. He made pioneering contributions to fluid dynamics (including the Navier–Stokes equations) and to physical optics.
File:George Gabriel Stokes.jpg|link=Sir George Stokes, 1st Baronet (nonfiction)|1903 Feb. 1:  Physicist and mathematician [[Sir George Stokes, 1st Baronet (nonfiction)|Sir George Stokes, 1st Baronet]] dies. Stokes made pioneering contributions to fluid dynamics (including the Navier–Stokes equations) and to physical optics.
File:Marhall Harvey Stone Zurich 1932.jpg|link=Marshall Harvey Stone (nonfiction)|1903 Apr. 8: Mathematician [[Marshall Harvey Stone (nonfiction)|Marshall Harvey Stone]] born. He will contribute to real analysis, functional analysis, topology, and the study of Boolean algebra structures.  
File:Marhall Harvey Stone Zurich 1932.jpg|link=Marshall Harvey Stone (nonfiction)|1903 Apr. 8: Mathematician [[Marshall Harvey Stone (nonfiction)|Marshall Harvey Stone]] born. Stone will contribute to real analysis, functional analysis, topology, and the study of Boolean algebra structures.  
File:Andrey Kolmogorov.jpg|link=Andrey Kolmogorov (nonfiction)|1903 Apr. 25: Mathematician and academic [[Andrey Kolmogorov (nonfiction)|Andrey Kolmogorov]] born. He will make significant contributions to the mathematics of probability theory, topology, intuitionistic logic, turbulence, classical mechanics, algorithmic information theory and computational complexity.
File:Andrey Kolmogorov.jpg|link=Andrey Kolmogorov (nonfiction)|1903 Apr. 25: Mathematician and academic [[Andrey Kolmogorov (nonfiction)|Andrey Kolmogorov]] born. Kolmogorov will make significant contributions to the mathematics of probability theory, topology, intuitionistic logic, turbulence, classical mechanics, algorithmic information theory and computational complexity.
File:Ruth Ella Moore.jpg|link=Ruth Ella Moore (nonfiction)|1903 May 19: Bacteriologist [[Ruth Ella Moore (nonfiction)|Ruth Ella Moore]] born. She will  publish work on tuberculosis, immunology and dental caries, the response of gut microorganisms to antibiotics, and the blood type of African-Americans.
File:Ruth Ella Moore.jpg|link=Ruth Ella Moore (nonfiction)|1903 May 19: Bacteriologist [[Ruth Ella Moore (nonfiction)|Ruth Ella Moore]] born. Moore will  publish work on tuberculosis, immunology and dental caries, the response of gut microorganisms to antibiotics, and the blood type of African-Americans.
File:Alonzo Church.jpg|link=Alonzo Church (nonfiction)|1903 Jun. 14: Mathematician and logician [[Alonzo Church (nonfiction)|Alonzo Church]] born. He will make major contributions to mathematical logic and the foundations of theoretical computer science.  
File:Alonzo Church.jpg|link=Alonzo Church (nonfiction)|1903 Jun. 14: Mathematician and logician [[Alonzo Church (nonfiction)|Alonzo Church]] born. Church will make major contributions to mathematical logic and the foundations of theoretical computer science.  
File:John Atanasov.gif|link=John Vincent Atanasoff (nonfiction)|1903 Oct. 4: Physicist, inventor, and academic [[John Vincent Atanasoff (nonfiction)|John Vincent Atanasoff]]. He invented the Atanasoff–Berry computer, the first electronic digital computer.
File:John Atanasov.gif|link=John Vincent Atanasoff (nonfiction)|1903 Oct. 4: Physicist, inventor, and academic [[John Vincent Atanasoff (nonfiction)|John Vincent Atanasoff]]. Atanasoff invented the Atanasoff–Berry computer, the first electronic digital computer.
File:George Metesky.jpg|link=George Metesky (nonfiction)|1903 Nov. 2: [[George Metesky (nonfiction)|George P. Metesky]] born.  He will terrorize New York City for 16 years in the 1940s and 1950s with explosives that he plants in theaters, terminals, libraries, and offices.  
File:George Metesky.jpg|link=George Metesky (nonfiction)|1903 Nov. 2: [[George Metesky (nonfiction)|George P. Metesky]] born.  Metesky will terrorize New York City for 16 years in the 1940s and 1950s with explosives that he plants in theaters, terminals, libraries, and offices.  
File:John von Neumann.gif|link=John von Neumann (nonfiction)|1903 Dec. 28: Mathematician, physicist, and computer scientist [[John von Neumann (nonfiction)|John von Neumann]] born. He will be a key figure in the development of the digital computer, and develop mathematical models of both nuclear and thermonuclear weapons.  
File:John von Neumann.gif|link=John von Neumann (nonfiction)|1903 Dec. 28: Mathematician, physicist, and computer scientist [[John von Neumann (nonfiction)|John von Neumann]] born. Von Neumann will be a key figure in the development of the digital computer, and develop mathematical models of both nuclear and thermonuclear weapons.  


File:Walter_Heitler.jpg|link=Walter Heitler (nonfiction)|1904 Jan. 2: Physicist and chemist [[Walter Heitler (nonfiction)|Walter Heinrich Heitler]] born. He will make contributions to quantum electrodynamics and quantum field theory, bringing chemistry under quantum mechanics through his theory of valence bonding.
File:Walter_Heitler.jpg|link=Walter Heitler (nonfiction)|1904 Jan. 2: Physicist and chemist [[Walter Heitler (nonfiction)|Walter Heinrich Heitler]] born. He will make contributions to quantum electrodynamics and quantum field theory, bringing chemistry under quantum mechanics through his theory of valence bonding.

Revision as of 06:05, 31 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