Calendrical pareidolia: Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
 
(26 intermediate revisions by the same user not shown)
Line 1: Line 1:
This article lists '''calendrical coincidences''': events such as births and deaths, occurring on the same day in the calendar but otherwise coincidental — and yet of interest.
'''Calendrical pareidolia''' is the phenomenon of responding to a calendar-based stimulus by [[Pareidolia (nonfiction)|perceiving a familiar pattern where none exists]] (pareidolia):  
 
Calendrical stimuli include events such as births and deaths, occurring on the same day in the calendar but otherwise evidencing no causal relationship — and yet of interest.
 
This article was originally titled ''Calendrical coincidences''.


== Calendar ==
== Calendar ==


<!--
=== January ===
=== January ===


<!--
* [[January 1]]
* [[January 1]]
* [[January 2]]
* [[January 2]]
Line 19: Line 23:
* [[January 12]]
* [[January 12]]
* [[January 13]]
* [[January 13]]
* [[January 14]]
 
-->
==== January 14 ====
 
<gallery>
File:Hugo Steinhaus.jpg|link=Hugo Steinhaus (nonfiction)|1887: Mathematician and academic [[Hugo Steinhaus (nonfiction)|Hugo Steinhaus]] born. He will "discover" mathematician Stefan Banach.  Banach and Alfred Tarski will famously co-author a 1924 paper, "Sur la décomposition des ensembles de points en parties respectivement congruentes", setting out the Banach–Tarski paradox.
 
File:Alfred Tarski 1968.jpg|link=Alfred Tarski (nonfiction)|1901: Mathematician and philosopher [[Alfred Tarski (nonfiction)|Alfred Tarski]] born. He and Stefan Banach will famously co-author a 1924 paper, "Sur la décomposition des ensembles de points en parties respectivement congruentes", setting out the Banach–Tarski paradox.
</gallery>
 
[[January 14|Full January 14 page]]
 
<!--
 
* [[January 15]]
* [[January 15]]
* [[January 16]]
 
-->
==== January 16 ====
 
<gallery>
File:Johannes Schöner.jpg|link=Johannes Schöner (nonfiction)|1477: [[Johannes Schöner (nonfiction)|Johannes Schöner]] born. He will enjoy a European wide reputation as an innovative and influential globe maker and cosmographer and as one of the continent's leading and most authoritative astrologers.
 
File:Johannes Schöner.jpg|link=Johannes Schöner (nonfiction)|1547: [[Johannes Schöner (nonfiction)|Johannes Schöner]] dies. He enjoyed a European wide reputation as an innovative and influential globe maker and cosmographer and as one of the continent's leading and most authoritative astrologers.
</gallery>
 
[[January 16|Full January 16 page]]
 
<!--
 
* [[January 17]]
* [[January 17]]
* [[January 18]]
* [[January 18]]
Line 70: Line 100:
* [[February 29]]
* [[February 29]]


-->
=== March ===  
=== March ===  
<!--


* [[March 1]]
* [[March 1]]
Line 83: Line 115:
* [[March 10]]
* [[March 10]]
* [[March 11]]
* [[March 11]]
* [[March 12]]
 
-->
==== March 12 ====
 
TO_DO: Tonelli
 
<gallery>
</gallery>
 
[[March 12|Full March 12 page]]
 
<!--
* [[March 13]]
* [[March 13]]
* [[March 14]]
* [[March 14]]
Line 162: Line 205:
* [[May 22]]
* [[May 22]]
* [[May 23]]
* [[May 23]]
* [[May 24]]
-->
 
=== May ===
 
==== May 24 ====
 
<gallery>
File:Calendrical Pareidolia (24 May) - Daniel Fahrenheit born (1686) - Georg Ernst Stahl dies (1734).png|1686: Physicist and engineer '''[[Daniel Gabriel Fahrenheit (nonfiction)|Daniel Gabriel Fahrenheit]]''' born. He will help lay the foundations for the era of precision thermometry by inventing the mercury-in-glass thermometer and the Fahrenheit scale.<br><br>1734: Chemist and physician '''[[Georg Ernst Stahl (nonfiction)|Georg Ernst Stahl]]''' dies. His works on phlogiston continue to be accepted as an explanation for chemical processes until the late 18th century.]]
</gallery>
 
* [[May 24|Full May 24 page]]
 
<!--
 
* [[May 25]]
* [[May 25]]
* [[May 26]]
* [[May 26]]
Line 396: Line 452:
* [[November 29]]
* [[November 29]]
* [[November 30]]
* [[November 30]]
 
-->
=== December ===
=== December ===
 
<!--
* [[December 1]]
* [[December 1]]
* [[December 2]]
* [[December 2]]
Line 411: Line 467:
* [[December 11]]
* [[December 11]]
* [[December 12]]
* [[December 12]]
* [[December 13]]
-->
==== December 13 ====
 
<gallery>
File:Emmy Noether.jpg|link=Emmy Noether (nonfiction)|1907: Mathematician and adacemic [[Emmy Noether (nonfiction)|Emmy Noether]] receives her Ph.D. degree, ''summa cum laude'', from the University of Erlangen, for a dissertation on algebraic invariants directed by Paul Gordan.
File:Max_Noether_(between_1870_and_1875).jpg|link=Max Noether (nonfiction)|1921: Mathematician [[Max Noether (nonfiction)|Max Noether]] dies. Noether contributed to algebraic geometry and the theory of algebraic functions. He was the father of mathematician Emmy Noether.
</gallery>
 
[[December 13|Full December 13 page]]
<!--
* [[December 14]]
* [[December 14]]
* [[December 15]]
* [[December 15]]
Line 435: Line 500:
== Fiction cross-reference ==
== Fiction cross-reference ==


* [[Calendrical Coincidences]]
* [[Calendrical Pareidolia]]
* [[Gnomon algorithm]]
* [[Gnomon algorithm]]
* [[Gnomon Chronicles]]
* [[Gnomon Chronicles]]
Line 442: Line 507:


* [[Days of the year (nonfiction)]]
* [[Days of the year (nonfiction)]]
* [[Pareidolia (nonfiction)]] - a psychological phenomenon in which the mind responds to a stimulus, usually an image or a sound, by perceiving a familiar pattern where none exists (e.g., in random data). Common examples are perceived images of animals, faces, or objects in cloud formations, the Man in the Moon, the Moon rabbit, hidden messages within recorded music played in reverse or at higher- or lower-than-normal speeds, and hearing indistinct voices in random noise such as that produced by air conditioners or fans.
[[Category:Fiction (nonfiction)]]
[[Category:Calendars (nonfiction)]]
[[Category:Pareidolia (nonfiction)]]


[[Category:Nonfiction (nonfiction)]]
[[Category:Calendrical pareidolia]]

Latest revision as of 16:01, 24 November 2021

Calendrical pareidolia is the phenomenon of responding to a calendar-based stimulus by perceiving a familiar pattern where none exists (pareidolia):

Calendrical stimuli include events such as births and deaths, occurring on the same day in the calendar but otherwise evidencing no causal relationship — and yet of interest.

This article was originally titled Calendrical coincidences.

Calendar

January

January 14

Full January 14 page

January 16

Full January 16 page

March

March 12

TO_DO: Tonelli

Full March 12 page


May

May 24


June

June 24

Full June 24 page

July

July 16

Full July 16 page

December

December 13

Full December 13 page

Fiction cross-reference

Nonfiction cross-reference

  • Days of the year (nonfiction)
  • Pareidolia (nonfiction) - a psychological phenomenon in which the mind responds to a stimulus, usually an image or a sound, by perceiving a familiar pattern where none exists (e.g., in random data). Common examples are perceived images of animals, faces, or objects in cloud formations, the Man in the Moon, the Moon rabbit, hidden messages within recorded music played in reverse or at higher- or lower-than-normal speeds, and hearing indistinct voices in random noise such as that produced by air conditioners or fans.