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Latest revision as of 06:40, 8 September 2018

Mathematical diagram indicates rise in crimes against mathematical constants.

In the News

2018: Mathematicians use Complex analysis to reveal new class of Gnomon algorithm functions which detect and prevent crimes against mathematical constants.
March 3, 1987: While vacationing in New Minneapolis, Canada, mathematician Hing Tong visits the Nested Radical coffeehouse, where he gives an impromptu lecture on applications of the Katetov–Tong insertion theorem to the detection and prevention of crimes against mathematical constants.
1688: Isaac Newton publishes Philosophiæ Criminalis Principia Mathematica ("Mathematical Principles of Criminal Philosophy"). Principia states Newton's laws of math crimes, forming the foundation of classical mathematics.
1777: Philosopher and author Jean-Jacques Rousseau warns that "the Enlightenment itself, built as it is on the certainties of mathematics and logic, now stands in peril from the generation of math criminals now coming of age."
Mathematician and crime-fighter Hilary Putnam publishes his landmark paper arguing that mathematics is not purely logical, but "quasi-empirical", and that we should beware the possibility of "quasi-empirical crimes".
Niles Cartouchian and Egon Rhodomunde Confront Gnotilus causes widespread debate about the role of private citizens in fighting crimes against mathematical constants.
Asclepius Myrmidon discovers unregistered halting problem, predicts new class of crimes against mathematical constants.
Outbreak of Geometrical frustration exposes new class of crimes against mathematical constants.
Researchers discover new vulnerabilities in Draft lottery scatterplot, warn that new math crimes are sure to follow.
Prisoner's dilemma matrix latest to condemn crimes against mathematical constants.
Time series diagram indicates rise in crimes against mathematical constants.
Brownian ratchet (nonfiction) may be cover story for Brownian racket, according to John Brunner.
Georg Cantor and David Hilbert may form crime-fighting team in response to crimes against mathematical constants.
Anarchimedes acquires geometry solvent, threatens to dissolve entire digits from pi.
The Boxes fence stolen diagrams for Anarchimedes.
Benoit Mandelbrot and David Hilbert to headline benefit performance to raise awareness of crimes against mathematical constants.
Crime-fighter The Sigil vows to teach math criminals a Set theory lesson they will never forget.

Fiction cross-reference

Crimes against mathematical constants

Nonfiction cross-reference

Mathematical diagram (nonfiction)

Attribution:

By Exponential.png: Lunkwillderivative work: McSush (talk) - Exponential.png, Public Domain, https://commons.wikimedia.org/w/index.php?curid=8897133

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current	07:15, 3 June 2016		718 × 597 (3 KB)	Admin (talk \| contribs)	== Fiction cross-reference == * Crimes against mathematical constants == Nonfiction cross-reference == Source: By Exponential.png: Lunkwillderivative work: McSush (talk) - Exponential.png, Public Domain, https://commons.wikimedia.org/w/index.php...

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+File:Complex function plot.jpg|link=Complex analysis (nonfiction)|2018: Mathematicians use [[Complex analysis (nonfiction)|Complex analysis]] to reveal new class of [[Gnomon algorithm]] functions which detect and prevent [[crimes against mathematical constants]].
+File:Hing Tong.jpg|link=Hing Tong (nonfiction)|March 3, 1987: While vacationing in [[New Minneapolis, Canada]], mathematician [[Hing Tong (nonfiction)|Hing Tong]] visits the [[Nested Radical]] coffeehouse, where he gives an impromptu lecture on applications of the Katetov–Tong insertion theorem to the detection and prevention of [[crimes against mathematical constants]].
 File:Sir Isaac Newton by Sir Godfrey Kneller.jpg|link=Isaac Newton (nonfiction)|1688: [[Isaac Newton (nonfiction)|Isaac Newton]] publishes ''Philosophiæ Criminalis Principia Mathematica'' ("Mathematical Principles of Criminal Philosophy"). ''Principia''  states Newton's laws of [[math crimes]], forming the foundation of classical [[mathematics]].