Template:Selected anniversaries/January 20: Difference between revisions
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File:Simon Marius.jpg|link=Simon Marius (nonfiction)|1573: Astronomer [[Simon Marius (nonfiction)]] born. He will discover the four largest moons of Jupiter, independently of Galileo Galilei. | File:Simon Marius.jpg|link=Simon Marius (nonfiction)|1573: Astronomer [[Simon Marius (nonfiction)|Simon Marius]] born. He will discover the four largest moons of Jupiter, independently of Galileo Galilei. | ||
File:David Brewster.jpg|link=David Brewster (nonfiction)|1848: Physicist, mathematician, astronomer, inventor, and writer [[David Brewster (nonfiction)|David Brewster]] invents new class of [[Gnomon algorithm functions]]. | File:David Brewster.jpg|link=David Brewster (nonfiction)|1848: Physicist, mathematician, astronomer, inventor, and writer [[David Brewster (nonfiction)|David Brewster]] invents new class of [[Gnomon algorithm functions]]. | ||
File:Wilhelm Bauer.gif|link=Wilhelm Bauer (nonfiction)|1856: Inventor and engineer [[Wilhelm Bauer (nonfiction)|Wilhelm Bauer]] incorporates [[Gnomon algorithm functions]] into plans for new [[Submarine (nonfiction)|submarine]]. | File:Wilhelm Bauer.gif|link=Wilhelm Bauer (nonfiction)|1856: Inventor and engineer [[Wilhelm Bauer (nonfiction)|Wilhelm Bauer]] incorporates [[Gnomon algorithm functions]] into plans for new [[Submarine (nonfiction)|submarine]]. |
Revision as of 17:59, 7 January 2017
1573: Astronomer Simon Marius born. He will discover the four largest moons of Jupiter, independently of Galileo Galilei.
1848: Physicist, mathematician, astronomer, inventor, and writer David Brewster invents new class of Gnomon algorithm functions.
1856: Inventor and engineer Wilhelm Bauer incorporates Gnomon algorithm functions into plans for new submarine.
1889: monster appear onstage at Madison Square Garden.
1933: Carnivorous dirigibles break their tethers, eat park ranger.
1997: New theory of artificial intelligence accidentally release massive wave of Kingpin inclination.
2016: Advances in dynastic cellular automata theory reveal new members of Bernoulli family.