Timeline (nonfiction): Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
Line 410: Line 410:
File:John Arbuthnot.jpg|link=John Arbuthnot (nonfiction)|1735 Feb. 27: Physician, satirist, and polymath [[John Arbuthnot (nonfiction)|John Arbuthnot]] dies. He invented the figure of John Bull.
File:John Arbuthnot.jpg|link=John Arbuthnot (nonfiction)|1735 Feb. 27: Physician, satirist, and polymath [[John Arbuthnot (nonfiction)|John Arbuthnot]] dies. He invented the figure of John Bull.
File:Seven Bridges of Königsberg.png|link=Seven Bridges of Königsberg (nonfiction)|1735 Aug. 26: [[Leonhard Euler (nonfiction)|Leonhard Euler]] presents his solution to the [[Seven Bridges of Königsberg (nonfiction)|Königsberg bridge problem]] – whether it was possible to find a route crossing each of the seven bridges of the city of Königsberg once and only once – in a lecture to his colleagues at the Academy of Sciences in St. Petersburg.
File:Seven Bridges of Königsberg.png|link=Seven Bridges of Königsberg (nonfiction)|1735 Aug. 26: [[Leonhard Euler (nonfiction)|Leonhard Euler]] presents his solution to the [[Seven Bridges of Königsberg (nonfiction)|Königsberg bridge problem]] – whether it was possible to find a route crossing each of the seven bridges of the city of Königsberg once and only once – in a lecture to his colleagues at the Academy of Sciences in St. Petersburg.
File:Jesse Ramsden. Mezzotint by J. Jones, 1790, after R. Home.jpg|link=Jesse Ramsden (nonfiction)|1735 Oct. 6: Mathematician, astronomical and scientific instrument maker [[Jesse Ramsden (nonfiction)|Jesse Ramsden]] born. He will build his reputation on his engraving and design of dividing engines, which allowed high accuracy measurements of angles and lengths in instruments. Ramsden will produce instruments for astronomy that will be especially well-known for maritime use (needed for the measurement of latitudes), and for his surveying instruments (widely used for cartography and land survey).


File:Joseph-Louis Lagrange.jpg|link=Joseph-Louis Lagrange (nonfiction)|1736 Jan. 25: Mathematician and astronomer [[Joseph-Louis Lagrange (nonfiction)|Joseph-Louis Lagrange]] born. He will make significant contributions to the fields of analysis, number theory, and both classical and celestial mechanics.
File:Joseph-Louis Lagrange.jpg|link=Joseph-Louis Lagrange (nonfiction)|1736 Jan. 25: Mathematician and astronomer [[Joseph-Louis Lagrange (nonfiction)|Joseph-Louis Lagrange]] born. He will make significant contributions to the fields of analysis, number theory, and both classical and celestial mechanics.
Line 566: Line 567:


<gallery>
<gallery>
File:Jesse Ramsden. Mezzotint by J. Jones, 1790, after R. Home.jpg|link=Jesse Ramsden (nonfiction)|1800 Nov. 5: Mathematician, astronomical and scientific instrument maker [[Jesse Ramsden (nonfiction)|Jesse Ramsden]] dies. His reputation was built on the engraving and design of dividing engines which allowed high accuracy measurements of angles and lengths in instruments. He produced instruments for astronomy that were especially well-known for maritime use where they were needed for the measurement of latitudes and for his surveying instruments which were widely used for cartography and land survey.
File:Jesse Ramsden. Mezzotint by J. Jones, 1790, after R. Home.jpg|link=Jesse Ramsden (nonfiction)|1800 Nov. 5: Mathematician, astronomical and scientific instrument maker [[Jesse Ramsden (nonfiction)|Jesse Ramsden]] dies. He built his reputation on his dividing engines, which allowed high accuracy measurements of angles and lengths in instruments. He produced instruments for astronomy that were especially well-known for maritime use, where they were needed for the measurement of latitudes and for his surveying instruments which were widely used for cartography and land survey.


File:Joseph Ludwig Raabe.jpg|link=Joseph Ludwig Raabe (nonfiction)|1801 May 15: Mathematician [[Joseph Ludwig Raabe (nonfiction)|Joseph Ludwig Raabe]] born. He will discover Raabe's ratio test, which determines the convergence or divergence of an infinite series, in some cases.
File:Joseph Ludwig Raabe.jpg|link=Joseph Ludwig Raabe (nonfiction)|1801 May 15: Mathematician [[Joseph Ludwig Raabe (nonfiction)|Joseph Ludwig Raabe]] born. He will discover Raabe's ratio test, which determines the convergence or divergence of an infinite series, in some cases.

Revision as of 15:02, 4 November 2018

Ancient

900s

1000s

1100s

1200's

1300's

1400s

1500s

1600s

1700s

1800s

1900s

2000s