Template:Selected anniversaries/December 28: Difference between revisions
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File:John von Neumann.gif|link=John von Neumann (nonfiction)|1903: 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: 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:Tullio Levi-civita.jpg|link=Tullio Levi-Civita (nonfiction)|1918: Mathematician and crime-fighter [[Tullio Levi-Civita (nonfiction)|Tullio Levi-Civita]] uses absolute differential calculus (tensor calculus) to detect and prevent [[Crimes against physical constants|the theory of relativity]]. | |||
||1919 – Johannes Rydberg, Swedish physicist and academic (b. 1854) | ||1919 – Johannes Rydberg, Swedish physicist and academic (b. 1854) | ||
||Karl Longin Zeller (b. 1924) was a German mathematician and computer scientist who worked in numerical analysis and approximation theory. | ||Karl Longin Zeller (b. 1924) was a German mathematician and computer scientist who worked in numerical analysis and approximation theory. He is the namesake of Zeller operators. | ||
Zeller was drafted into the German army, and lost his right arm on the Soviet front of World War II. | Zeller was drafted into the German army, and lost his right arm on the Soviet front of World War II. He earned his Ph.D. from the University of Tübingen in 1950, under the supervision of Konrad Knopp and Erich Kamke, and remained at Tübingen for most of his career as a professor and as director of the computer center. He left Tübingen in 1959 for a professorship in Stuttgart but returned to Tübingen in 1960 with a personal chair in "the mathematics of supercomputer facilities", making him one of the founders of computer science in Germany. | ||
File:Carnivorous_airships_circa_1930-31.jpg|link=Carnivorous dirigible|1933: [[Carnivorous dirigible|Carnivorous dirigibles]] break their tethers, eat over two hundred head of cattle. | File:Carnivorous_airships_circa_1930-31.jpg|link=Carnivorous dirigible|1933: [[Carnivorous dirigible|Carnivorous dirigibles]] break their tethers, eat over two hundred head of cattle. | ||
Revision as of 19:16, 28 March 2018
1521: Polymath Gerolamo Cardano uses Gnomon algorithm techniques to prevent Gnotilus from secreting geometry solvent.
1612: Galileo became the first person to observe the planet Neptune, although he mistakenly catalogued it as a fixed star.
1881: Mathematician and crime-fighter Leopold Kronecker publishes new class of Gnomon algorithm functions to fight crimes against mathematical constants.
1882: Astronomer, physicist, and mathematician Arthur Eddington born. He will become famous for his work concerning the theory of relativity.
1895: Wilhelm Röntgen publishes a paper detailing his discovery of a new type of radiation, which later will be known as x-rays.
1902: Physicist and crime-fighter John Ambrose Fleming uses Gnomon algorithm techniques to counteract effects of geometry solvent.
1903: Mathematician, physicist, and computer scientist 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.
1918: Mathematician and crime-fighter Tullio Levi-Civita uses absolute differential calculus (tensor calculus) to detect and prevent the theory of relativity.
1933: Carnivorous dirigibles break their tethers, eat over two hundred head of cattle.