Template:Selected anniversaries/January 26: Difference between revisions

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File:Arthur Cayley.jpg|link=Arthur Cayley (nonfiction)|1895: Mathematician and academic [[Arthur Cayley (nonfiction)|Arthur Cayley]] dies. He was the first to define the concept of a group in the modern way, as a set with a binary operation satisfying certain laws.
File:Arthur Cayley.jpg|link=Arthur Cayley (nonfiction)|1895: Mathematician and academic [[Arthur Cayley (nonfiction)|Arthur Cayley]] dies. He was the first to define the concept of a group in the modern way, as a set with a binary operation satisfying certain laws.
||Polykarp Kusch (b. January 26, 1911) was a German-American physicist. In 1955, the Nobel Committee gave a divided Nobel Prize for Physics, with one half to going to Kusch for his accurate determination that the magnetic moment of the electron was greater than its theoretical value, thus leading to reconsideration of—and innovations in—quantum electrodynamics.


File:John Logie Baird 1917.jpg|link=John Logie Baird (nonfiction)|1926: The first demonstration of the television by [[John Logie Baird (nonfiction)|John Logie Baird]].
File:John Logie Baird 1917.jpg|link=John Logie Baird (nonfiction)|1926: The first demonstration of the television by [[John Logie Baird (nonfiction)|John Logie Baird]].


||Constantin Marie Le Paige (9 March 1852 – 26 January 1929) was a Belgian mathematician. He worked on the theory of algebraic form, especially algebraic curves and surface and more particularly for his work on the construction of cubic surfaces.  
||Constantin Marie Le Paige (d. 26 January 1929) was a Belgian mathematician. He worked on the theory of algebraic form, especially algebraic curves and surface and more particularly for his work on the construction of cubic surfaces.  


||Polykarp Kusch (b. January 26, 1911) was a German-American physicist. In 1955, the Nobel Committee gave a divided Nobel Prize for Physics, with one half to going to Kusch for his accurate determination that the magnetic moment of the electron was greater than its theoretical value, thus leading to reconsideration of—and innovations in—quantum electrodynamics.  
||Donald Erik Sarason (b. January 26, 1933) was an American mathematician who made fundamental advances in the areas of Hardy space theory and VMO. Pic.


File:Six Seconds to Hell.jpg|link=Six Seconds to Hell|1936: Steganographic analysis of ''[[Six Seconds to Hell]]'' reveals advance knowledge of the upcoming [[Hindenburg disaster (nonfiction)|Hindenburg disaster]].
File:Six Seconds to Hell.jpg|link=Six Seconds to Hell|1936: Steganographic analysis of ''[[Six Seconds to Hell]]'' reveals advance knowledge of the upcoming [[Hindenburg disaster (nonfiction)|Hindenburg disaster]].
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|File:ENIAC Empty-Noise-Into Alien-Communication.jpg|1946: ENIAC ("[[Empty Noise Into Alien Communication]]") successfully refactors the [[Wow! signal (nonfiction)|Wow! signal]].
|File:ENIAC Empty-Noise-Into Alien-Communication.jpg|1946: ENIAC ("[[Empty Noise Into Alien Communication]]") successfully refactors the [[Wow! signal (nonfiction)|Wow! signal]].
||File:Reddy Kilowatt US patent picture 1933.jpg|link=Reddy Kilowatt (nonfiction)|1933: [[Reddy Kilowatt (nonfiction)|Ready Kilowatt]] performs in off-Broadway adaption of ''[[Reddy Kilowatt Versus the Travelling Salesman Problem]]''.


File:Richard Courant.jpg|link=Richard Courant (nonfiction)|1961: Mathematician and crime-fighter [[Richard Courant (nonfiction)|Richard Courant]] publishes new class of [[Gnomon algorithm functions]] which detect and prevent [[crimes against mathematical constants]].
File:Richard Courant.jpg|link=Richard Courant (nonfiction)|1961: Mathematician and crime-fighter [[Richard Courant (nonfiction)|Richard Courant]] publishes new class of [[Gnomon algorithm functions]] which detect and prevent [[crimes against mathematical constants]].

Revision as of 18:43, 12 February 2018