Template:Selected anniversaries/October 25: Difference between revisions
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File:Culvert Origenes.jpg|link=Culvert Origenes|1927: Writer and alleged troll [[Culvert Origenes]] received Pulitzer Prize for his essay on [[Alice Beta]]'s contributions to [[Gnomon algorithm]] theory. | File:Culvert Origenes.jpg|link=Culvert Origenes|1927: Writer and alleged troll [[Culvert Origenes]] received Pulitzer Prize for his essay on [[Alice Beta]]'s contributions to [[Gnomon algorithm]] theory. | ||
File:Alexey Krylov 1910s.jpg|link=Aleksey Krylov (nonfiction)|1927: Mathematician, naval engineer, and cryptid-hunter [[Aleksey Krylov (nonfiction)|Aleksey Krylov]] publishes his pioneering theory of efficient computation, later known as [[Gnomon algorithm|Krylon's Gnomon algorithm]], which detects and repels aquatic cryptid and alleged supervillain [[Neptune Slaughter]]. | |||
File:Peter_Naur.jpg|link=Peter Naur (nonfiction)|1928: Computer scientist, astronomer, and academic [[Peter Naur (nonfiction)|Peter]] Naur born. He will contribute to the design, structure, and performance of computer programs and algorithms. | File:Peter_Naur.jpg|link=Peter Naur (nonfiction)|1928: Computer scientist, astronomer, and academic [[Peter Naur (nonfiction)|Peter]] Naur born. He will contribute to the design, structure, and performance of computer programs and algorithms. |
Revision as of 11:36, 5 May 2018
1647: Physicist and mathematician Evangelista Torricelli dies. He invented the barometer, made advances in optics, and worked on the method of indivisibles.
1927: Writer and alleged troll Culvert Origenes received Pulitzer Prize for his essay on Alice Beta's contributions to Gnomon algorithm theory.
1927: Mathematician, naval engineer, and cryptid-hunter Aleksey Krylov publishes his pioneering theory of efficient computation, later known as Krylon's Gnomon algorithm, which detects and repels aquatic cryptid and alleged supervillain Neptune Slaughter.
1928: Computer scientist, astronomer, and academic Peter Naur born. He will contribute to the design, structure, and performance of computer programs and algorithms.
1962: Mathematician and crime-fighter Alfred Tarski publishes new theory of metamathematical analysis which quickly finds applications in the detection and prevention of crimes against mathematical constants.