Template:Selected anniversaries/February 7: Difference between revisions
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File:G.H. Hardy.jpg|link=G. H. Hardy (nonfiction)|1877: Mathematician and geneticist [[G. H. Hardy (nonfiction)|G. H. Hardy]] born. He will prefer his work to be considered pure mathematics, perhaps because of his detestation of war and the military uses to which mathematics had been applied. | File:G.H. Hardy.jpg|link=G. H. Hardy (nonfiction)|1877: Mathematician and geneticist [[G. H. Hardy (nonfiction)|G. H. Hardy]] born. He will prefer his work to be considered pure mathematics, perhaps because of his detestation of war and the military uses to which mathematics had been applied. | ||
File:John Tyndall 1878.jpg|link=John Tyndall (nonfiction)|1878: Physicist [[John Tyndall (nonfiction)|John Tyndall]] uses a series of infra-red light devices to send a message from the White House to [[New Minneapolis, Canada|New Minneapolis]] in less than seven minutes. | File:John Tyndall 1878.jpg|link=John Tyndall (nonfiction)|1878: Physicist [[John Tyndall (nonfiction)|John Tyndall]] uses a series of infra-red light devices to send a message from the White House to [[New Minneapolis, Canada|New Minneapolis]] in less than seven minutes. | ||
File:Harry Nyquist.jpg|link=Harry Nyquist (nonfiction)|1889: Engineer and theorist [[Harry Nyquist (nonfiction)|Harry Nyquist]] born. He will do early theoretical work on determining the bandwidth requirements for transmitting information, laying the foundations for later advances by Claude Shannon, which will lead to the development of information theory. | |||
File:Galileo Ferraris.jpg|link=Galileo Ferraris (nonfiction)|1897: Physicist and electrical engineer [[Galileo Ferraris (nonfiction)|Galileo Ferraris]] dies. He was a pioneer of AC power systems, and inventor of the induction motor. | File:Galileo Ferraris.jpg|link=Galileo Ferraris (nonfiction)|1897: Physicist and electrical engineer [[Galileo Ferraris (nonfiction)|Galileo Ferraris]] dies. He was a pioneer of AC power systems, and inventor of the induction motor. | ||
File:Giuseppe Peano.jpg|link=Giuseppe Peano (nonfiction)|1901: Mathematician [[Giuseppe Peano (nonfiction)|Giuseppe Peano]] develops new class of [[Gnomon algorithm functions]] based on [[Peano curve (nonfiction)|space-filling curves]]. | File:Giuseppe Peano.jpg|link=Giuseppe Peano (nonfiction)|1901: Mathematician [[Giuseppe Peano (nonfiction)|Giuseppe Peano]] develops new class of [[Gnomon algorithm functions]] based on [[Peano curve (nonfiction)|space-filling curves]]. | ||
Revision as of 16:33, 19 February 2017
1877: Mathematician and geneticist G. H. Hardy born. He will prefer his work to be considered pure mathematics, perhaps because of his detestation of war and the military uses to which mathematics had been applied.
1878: Physicist John Tyndall uses a series of infra-red light devices to send a message from the White House to New Minneapolis in less than seven minutes.
1889: Engineer and theorist Harry Nyquist born. He will do early theoretical work on determining the bandwidth requirements for transmitting information, laying the foundations for later advances by Claude Shannon, which will lead to the development of information theory.
1897: Physicist and electrical engineer Galileo Ferraris dies. He was a pioneer of AC power systems, and inventor of the induction motor.
1901: Mathematician Giuseppe Peano develops new class of Gnomon algorithm functions based on space-filling curves.
1898: Novelist, playwright, and journalist Émile Zola is brought to trial for libel for publishing J'accuse.
1925: Mathematician Lev Schnirelmann uses Gnomon algorithm techniques to fight crimes against mathematical constants.