Template:Selected anniversaries/January 2: Difference between revisions

From Gnomon Chronicles
No edit summary
No edit summary
 
(6 intermediate revisions by the same user not shown)
Line 2: Line 2:
|| *** DONE: Pics ***
|| *** DONE: Pics ***


||1665: Samuel Pepys sees a copy of Hooke’s ''Micrographia'' at his bookseller and orders a copy. “Thence to my bookseller's and at his binder's saw Hooke's book of the Microscope, which is so pretty that I presently bespoke it.” *Pepy’s Diary https://pballew.blogspot.com/2019/01/on-this-day-in-math-january-2.html
Hooke_microscope.png|link=Micrographia (nonfiction)|1665: Samuel Pepys sees a copy of Robert Hooke’s ''[[Micrographia (nonfiction)|Micrographia]]'' at his bookseller and orders a copy. Pepys writes in his diary: "Thence to my bookseller's and at his binder's saw Hooke's book of the Microscope, which is so pretty that I presently bespoke it."
|*Pepy’s Diary https://pballew.blogspot.com/2019/01/on-this-day-in-math-january-2.html


||1719: Jacques-Alexandre Laffon de Ladebat born ... shipbuilder and merchant. Pic: https://commons.wikimedia.org/wiki/File:J._A._Laffon_de_Ladebat.jpg
||1719: Jacques-Alexandre Laffon de Ladebat born ... shipbuilder and merchant. Pic: https://commons.wikimedia.org/wiki/File:J._A._Laffon_de_Ladebat.jpg
Line 26: Line 27:
File:Lev Schnirelmann.jpg|link=Lev Schnirelmann (nonfiction)|1905: Mathematician [[Lev Schnirelmann (nonfiction)|Lev Schnirelmann]] born. He will prove that any natural number greater than 1 can be written as the sum of not more than C prime numbers, where C is an effectively computable constant.
File:Lev Schnirelmann.jpg|link=Lev Schnirelmann (nonfiction)|1905: Mathematician [[Lev Schnirelmann (nonfiction)|Lev Schnirelmann]] born. He will prove that any natural number greater than 1 can be written as the sum of not more than C prime numbers, where C is an effectively computable constant.


||1913: Léon Teisserenc de Bort dies ... meteorologist and climatologist ... credited as co-discoverer of the stratosphere, as both men announced their discovery during the same time period in 1902.[1] Teisserenc de Bort pioneered the use of unmanned instrumented balloons and was the first to identify the region in the atmosphere around 8-17 kilometers of height where the lapse rate reaches zero, known today as the tropopause. Pic.
||1913: Léon Teisserenc de Bort dies ... meteorologist and climatologist ... credited as co-discoverer of the stratosphere, as both men announced their discovery during the same time period in 1902. Teisserenc de Bort pioneered the use of unmanned instrumented balloons and was the first to identify the region in the atmosphere around 8-17 kilometers of height where the lapse rate reaches zero, known today as the tropopause. Pic.


||1918: Willi Graf born ... physician and activist. Pic.
||1918: Willi Graf born ... physician and activist. Pic.


||1918: Beatrice Hicks born ... engineer. Pic.
||1918: Beatrice Hicks born ... engineer. Pic.
File:Thought camera.jpg|link=Scrying engine|1919: New type of [[Scrying engine|scrying engine]] used to predict [[crimes against mathematical constants]].


||1920: George Herbig born ... astronomer. He is perhaps best known for the discovery of Herbig–Haro objects. Pic search good: https://www.google.com/search?q=George+Herbig
||1920: George Herbig born ... astronomer. He is perhaps best known for the discovery of Herbig–Haro objects. Pic search good: https://www.google.com/search?q=George+Herbig
Line 47: Line 46:


||1943: Janet Akyüz Mattei born ... astronomer. Pic.
||1943: Janet Akyüz Mattei born ... astronomer. Pic.
File:Vandal Savage Field Report Peenemunde.jpg|link=Field Report Number One (Peenemunde)|1943: Vandal Savage Press publishes the V-2 edition of ''[[Field Report Number One (V-2)|Field Report Number One]]''.


||1955: Panamanian president José Antonio Remón Cantera is assassinated. Pic: statue.
||1955: Panamanian president José Antonio Remón Cantera is assassinated. Pic: statue.
Line 65: Line 62:


|File:Public key cryptography.png|link=Public-key cryptography (nonfiction)|1994: Diagram of [[Public-key cryptography (nonfiction)|public-key cryptography generation]] held hostage, kidnappers demand million-dollar ransom.
|File:Public key cryptography.png|link=Public-key cryptography (nonfiction)|1994: Diagram of [[Public-key cryptography (nonfiction)|public-key cryptography generation]] held hostage, kidnappers demand million-dollar ransom.
File:Genesis spacecraft in collection mode.jpg|link=Genesis (spacecraft) (nonfiction)|2002: The unmanned spacecraft ''[[Genesis (spacecraft) (nonfiction)|Genesis]]'' makes radio contact with [[AESOP]], the alleged autonomous artificial intelligence living in the Earth's ionosphere. [[AESOP]] will then make contact with the ''[[Stardust (spacecraft) (nonfiction)|Stardust]]'' spacecraft, allowing ''[[Genesis (spacecraft) (nonfiction)|Genesis]]'' and ''[[Stardust (spacecraft) (nonfiction)|Stardust]]'' to exchange flight data.


File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2004: The robotic spacecraft ''[[Stardust (spacecraft) (nonfiction)|Stardust]]'' flies by comet Wild 2, collecting dust samples which will return to Earth on 15 January 2006.
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2004: The robotic spacecraft ''[[Stardust (spacecraft) (nonfiction)|Stardust]]'' flies by comet Wild 2, collecting dust samples which will return to Earth on 15 January 2006.
Line 75: Line 70:


||2015: Tihomir Novakov dies ... physicist and academic. He is known for his black carbon, air quality, and climate change research. Pic.
||2015: Tihomir Novakov dies ... physicist and academic. He is known for his black carbon, air quality, and climate change research. Pic.
File:Stardust.jpg|link=Stardust (image) (nonfiction)|2016: ''[[Stardust (image) (nonfiction)|Stardust]]'' voted Picture of the Day by the citizens of [[New Minneapolis, Canada]].


</gallery>
</gallery>

Latest revision as of 21:03, 2 January 2026