Timeline: Early (nonfiction): Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
 
(5 intermediate revisions by the same user not shown)
Line 130: Line 130:


File:Albrecht Dürer self-portrait.jpg|link=Albrecht Dürer (nonfiction)|1528 Apr. 6: Painter, engraver, and mathematician [[Albrecht Dürer (nonfiction)|Albrecht Dürer]] dies. Dürer is regarded as the greatest German Renaissance artist: his vast body of work will include altarpieces and religious works, numerous portraits and self-portraits, and copper engravings.
File:Albrecht Dürer self-portrait.jpg|link=Albrecht Dürer (nonfiction)|1528 Apr. 6: Painter, engraver, and mathematician [[Albrecht Dürer (nonfiction)|Albrecht Dürer]] dies. Dürer is regarded as the greatest German Renaissance artist: his vast body of work will include altarpieces and religious works, numerous portraits and self-portraits, and copper engravings.
File:Michele_Mercati_by_Petrus_Nellus.jpg|link=Michele Mercati (nonfiction)|1541 Apr. 8: Physician and archaeologist [[Michele Mercati (nonfiction)|Michele Mercati]] born. Mercati will be one of the first scholars to recognize prehistoric stone tools as human-made rather than natural or mythologically created thunderstones.
File:Michele_Mercati_by_Petrus_Nellus.jpg|link=Michele Mercati (nonfiction)|1541 Apr. 8: Physician and archaeologist [[Michele Mercati (nonfiction)|Michele Mercati]] born. Mercati will be one of the first scholars to recognize prehistoric stone tools as human-made rather than natural or mythologically created thunderstones.


Line 157: Line 158:


File:Thomas Fincke.jpg|link=Thomas Fincke (nonfiction)|1561 Jan. 6: Mathematician and physicist [[Thomas Fincke (nonfiction)|Thomas Fincke]] born. Fincke will introduce the modern names of the trigonometric functions tangent and secant.
File:Thomas Fincke.jpg|link=Thomas Fincke (nonfiction)|1561 Jan. 6: Mathematician and physicist [[Thomas Fincke (nonfiction)|Thomas Fincke]] born. Fincke will introduce the modern names of the trigonometric functions tangent and secant.
File:Trigonometriae_-_Bartholomaeus_Pitiscus.jpg|link=Bartholomaeus Pitiscus (nonfiction)|1561 Aug. 24: Mathematician, astronomer, and theologian [[Bartholomaeus Pitiscus (nonfiction)|Bartholomaeus Pitiscus]] born. Pitiscus will coin the word "trigonometry".


File:Cornelis de Houtman.jpg|link=Cornelis de Houtman (nonfiction)|1565: Explorer [[Cornelis de Houtman (nonfiction)|Cornelis de Houtman]] born. Houtman will discover a new sea route from Europe to Indonesia, beginning the Dutch spice trade.
File:Cornelis de Houtman.jpg|link=Cornelis de Houtman (nonfiction)|1565: Explorer [[Cornelis de Houtman (nonfiction)|Cornelis de Houtman]] born. Houtman will discover a new sea route from Europe to Indonesia, beginning the Dutch spice trade.
Line 205: Line 208:
File:Johannes Kepler 1610.jpg|link=Johannes Kepler (nonfiction)|1597 Oct. 13: Astronomer [[Johannes Kepler (nonfiction)|Johannes Kepler]] replied to [[Galileo Galilei (nonfiction)|Galileo]]'s letter of 4 August, 1597, urging him to be bold and proceed openly in his advocacy of Copernicanism.  
File:Johannes Kepler 1610.jpg|link=Johannes Kepler (nonfiction)|1597 Oct. 13: Astronomer [[Johannes Kepler (nonfiction)|Johannes Kepler]] replied to [[Galileo Galilei (nonfiction)|Galileo]]'s letter of 4 August, 1597, urging him to be bold and proceed openly in his advocacy of Copernicanism.  


File:Giovanni_Battista_Riccioli.jpg|link=Giovanni Battista Riccioli (nonfiction)|1598 Apr. 17: Priest and astromomer [[Giovanni Battista Riccioli (nonfiction)|Giovanni Battista Riccioli]] born. Riccioli will experiment with pendulums and falling bodies, discuss arguments concerning the motion of the Earth, and introduce the current scheme of lunar nomenclature.
File:Theodor de Bry self portrait 1597.jpg|1598: Engraver, goldsmith, and publisher '''[[Theodor de Bry (nonfiction)|Theodor de Bry]]''' dies. de Bry gained fame for his depictions of early European expeditions.  Although de Bry never visited the Americas, most of his books are based on first-hand observations by explorers.
File:Abraham Ortelius by Peter Paul Rubens.jpg|link=Abraham Ortelius (nonfiction)|1598 Jun. 28: Cartographer and geographer [[Abraham Ortelius (nonfiction)|Abraham Ortelius]] dies. Ortelius created the first modern atlas, the ''Theatrum Orbis Terrarum''. He was also one of the first to imagine that the continents were joined together before drifting to their present positions.
File:Giovanni_Battista_Riccioli.jpg|link=Giovanni Battista Riccioli (nonfiction)|1598 Apr. 17: Priest and astromomer '''[[Giovanni Battista Riccioli (nonfiction)|Giovanni Battista Riccioli]]''' born. Riccioli will experiment with pendulums and falling bodies, discuss arguments concerning the motion of the Earth, and introduce the current scheme of lunar nomenclature.
File:Abraham Ortelius by Peter Paul Rubens.jpg|link=Abraham Ortelius (nonfiction)|1598 Jun. 28: Cartographer and geographer '''[[Abraham Ortelius (nonfiction)|Abraham Ortelius]]''' dies. Ortelius created the first modern atlas, the ''Theatrum Orbis Terrarum''. He was also one of the first to imagine that the continents were joined together before drifting to their present positions.


File:Cornelis de Houtman.jpg|link=Cornelis de Houtman (nonfiction)|1599 Sep. 1: Explorer [[Cornelis de Houtman (nonfiction)|Cornelis de Houtman]] dies. De Houtman discovered a new sea route from Europe to Indonesia, beginning the Dutch spice trade.
File:Cornelis de Houtman.jpg|link=Cornelis de Houtman (nonfiction)|1599 Sep. 1: Explorer [[Cornelis de Houtman (nonfiction)|Cornelis de Houtman]] dies. De Houtman discovered a new sea route from Europe to Indonesia, beginning the Dutch spice trade.
Line 219: Line 223:


File:Gilles Personne de Roberval.jpg|link=Gilles de Roberval (nonfiction)|1602 Aug. 10: Mathematician and academic [[Gilles de Roberval (nonfiction)|Gilles de Roberval]] born. De Roberval will publish a system of the universe in which he supports the [[Nicolaus Copernicus (nonfiction)|Copernican heliocentric system]] and attributes a mutual attraction to all particles of matter.
File:Gilles Personne de Roberval.jpg|link=Gilles de Roberval (nonfiction)|1602 Aug. 10: Mathematician and academic [[Gilles de Roberval (nonfiction)|Gilles de Roberval]] born. De Roberval will publish a system of the universe in which he supports the [[Nicolaus Copernicus (nonfiction)|Copernican heliocentric system]] and attributes a mutual attraction to all particles of matter.
File:Otto_von_Guericke.jpg|link=Otto von Guericke (nonfiction)|1602 Nov. 30: Scientist, inventor, and politician [[Otto von Guericke (nonfiction)|Otto von Guericke]] born. Von Guericke will pioneer the physics of vacuums, and discover an experimental method for demonstrating electrostatic repulsion.


File:Johann Rudolf Glauber.jpg|link=Johann Rudolf Glauber (nonfiction)|1604 May 10: Alchemist and chemist [[Johann Rudolf Glauber (nonfiction)|Johann Rudolf Glauber]] Glauber. He will be an early industrial chemical engineer.
File:Johann Rudolf Glauber.jpg|link=Johann Rudolf Glauber (nonfiction)|1604 May 10: Alchemist and chemist [[Johann Rudolf Glauber (nonfiction)|Johann Rudolf Glauber]] Glauber. He will be an early industrial chemical engineer.
Line 233: Line 238:


File:Hasegawa Tohaku - Pine Trees (Shōrin-zu byōbu) - left hand screen.jpg|link=Hasegawa Tōhaku (nonfiction)|1610 Mar 19: Painter [[Hasegawa Tōhaku (nonfiction)|Hasegawa Tōhaku]] dies.  He founded the Hasegawa school and one of the great painters of the Azuchi–Momoyama period (1573-1603). He is best known for his ''byōbu'' folding screens, such as ''Pine Trees'' and ''Pine Tree and Flowering Plants''.
File:Hasegawa Tohaku - Pine Trees (Shōrin-zu byōbu) - left hand screen.jpg|link=Hasegawa Tōhaku (nonfiction)|1610 Mar 19: Painter [[Hasegawa Tōhaku (nonfiction)|Hasegawa Tōhaku]] dies.  He founded the Hasegawa school and one of the great painters of the Azuchi–Momoyama period (1573-1603). He is best known for his ''byōbu'' folding screens, such as ''Pine Trees'' and ''Pine Tree and Flowering Plants''.
File:Matteo_Ricci.jpg|link=Matteo Ricci (nonfiction)|1610 May 11: Priest and mathematician [[Matteo Ricci (nonfiction)|Matteo Ricci]] dies. He translated ''Euclid's Elements'' into Chinese as well as the Confucian classics into Latin for the first time.
File:Matteo_Ricci.jpg|link=Matteo Ricci (nonfiction)|1610 May 11: Priest and mathematician [[Matteo Ricci (nonfiction)|Matteo Ricci]] dies. Ricci translated ''Euclid's Elements'' into Chinese as well as the Confucian classics into Latin for the first time.
 
File:Trigonometriae_-_Bartholomaeus_Pitiscus.jpg|link=Bartholomaeus Pitiscus (nonfiction)|1613 Jul. 2: Mathematician, astronomer, and theologian [[Bartholomaeus Pitiscus (nonfiction)|Bartholomaeus Pitiscus]] dies. Pitiscus coined the word "trigonometry".


File:Giambattista della Porta.jpg|link=Giambattista della Porta (nonfiction)|1615 Feb. 4: Polymath [[Giambattista della Porta (nonfiction)|Giambattista della Porta]] dies.  Della Porta's most famous work, ''Magiae Naturalis'' (1558), covers a variety of the subjects he had investigated, including occult philosophy, astrology, alchemy, mathematics, meteorology, and natural philosophy.
File:Giambattista della Porta.jpg|link=Giambattista della Porta (nonfiction)|1615 Feb. 4: Polymath [[Giambattista della Porta (nonfiction)|Giambattista della Porta]] dies.  Della Porta's most famous work, ''Magiae Naturalis'' (1558), covers a variety of the subjects he had investigated, including occult philosophy, astrology, alchemy, mathematics, meteorology, and natural philosophy.


File:Nikolaus Kopernikus.jpg|link=Nicolaus Copernicus (nonfiction)|1616 Mar. 5: [[Nicolaus Copernicus (nonfiction)|Nicolaus Copernicus]]'s book ''On the Revolutions of the Heavenly Spheres'' is added to the Index of Forbidden Books 73 years after it was first published.
File:Nikolaus Kopernikus.jpg|link=Nicolaus Copernicus (nonfiction)|1616 Mar. 5: [[Nicolaus Copernicus (nonfiction)|Nicolaus Copernicus]]'s book ''On the Revolutions of the Heavenly Spheres'' is added to the Index of Forbidden Books 73 years after it was first published.
File:Andreas Libavius.jpg|link=Andreas Libavius (nonfiction)|1616 Jul. 25: Physician, alchemist and chemist [[Andreas Libavius (nonfiction)|Andreas Libavius]] dies. He accepted the Paracelsian principle of using occult properties to explain phenomena with no apparent cause, but rejected the conclusion that a thing possessing these properties must have an astral connection to the divine.
File:Andreas Libavius.jpg|link=Andreas Libavius (nonfiction)|1616 Jul. 25: Physician, alchemist and chemist [[Andreas Libavius (nonfiction)|Andreas Libavius]] dies. Libavius accepted the Paracelsian principle of using occult properties to explain phenomena with no apparent cause, but rejected the conclusion that a thing possessing these properties must have an astral connection to the divine.
File:John Wallis by Sir Godfrey Kneller.jpg|link=John Wallis (nonfiction)|1616 Dec. 3: Mathematician and cryptographer [[John Wallis (nonfiction)|John Wallis]] born. He will serve as chief cryptographer for Parliament and, later, the royal court.
File:John Wallis by Sir Godfrey Kneller.jpg|link=John Wallis (nonfiction)|1616 Dec. 3: Mathematician and cryptographer [[John Wallis (nonfiction)|John Wallis]] born. Wallis will serve as chief cryptographer for Parliament and, later, the royal court.


File:Giovanni Antonio Magini.jpg|link=Giovanni Antonio Magini (nonfiction)|1617 Feb. 11: Mathematician, cartographer, and astronomer [[Giovanni Antonio Magini (nonfiction)|Giovanni Antonio Magini]] dies. He supported a geocentric system of the world, in preference to Copernicus's heliocentric system.
File:Giovanni Antonio Magini.jpg|link=Giovanni Antonio Magini (nonfiction)|1617 Feb. 11: Mathematician, cartographer, and astronomer [[Giovanni Antonio Magini (nonfiction)|Giovanni Antonio Magini]] dies. Magini supported a geocentric system of the world, in preference to Copernicus's heliocentric system.


File:Johannes Kepler 1610.jpg|link=Johannes Kepler (nonfiction)|1618 Mar. 8: Mathematician and astronomer [[Johannes Kepler (nonfiction)|Johannes Kepler]] discovers the third law of planetary motion.
File:Johannes Kepler 1610.jpg|link=Johannes Kepler (nonfiction)|1618 Mar. 8: Mathematician and astronomer [[Johannes Kepler (nonfiction)|Johannes Kepler]] discovers the third law of planetary motion.
Line 248: Line 255:
File:Vincenzo Viviani.jpg|link=Vincenzo Viviani (nonfiction)|1622 Apr. 5: Mathematician and scientist [[Vincenzo Viviani (nonfiction)|Vincenzo Viviani]] born. In 1660, Viviani and Giovanni Alfonso Borelli will conduct an experiment to determine the speed of sound. Timing the difference between the seeing the flash and hearing the sound of a cannon shot at a distance, they will calculate a value of 350 meters per second (m/s), considerably better than the previous value of 478 m/s obtained by Pierre Gassendi.
File:Vincenzo Viviani.jpg|link=Vincenzo Viviani (nonfiction)|1622 Apr. 5: Mathematician and scientist [[Vincenzo Viviani (nonfiction)|Vincenzo Viviani]] born. In 1660, Viviani and Giovanni Alfonso Borelli will conduct an experiment to determine the speed of sound. Timing the difference between the seeing the flash and hearing the sound of a cannon shot at a distance, they will calculate a value of 350 meters per second (m/s), considerably better than the previous value of 478 m/s obtained by Pierre Gassendi.


File:Paolo Sarpi.jpg|link=Paolo Sarpi (nonfiction)|1623 Jan. 15: Statesman, scientist, and historian [[Paolo Sarpi (nonfiction)|Paolo Sarpi]] dies. He was a proponent of the Copernican system, a friend and patron of Galileo Galilei, and a keen follower of the latest research on anatomy, astronomy, and ballistics at the University of Padua.
File:Paolo Sarpi.jpg|link=Paolo Sarpi (nonfiction)|1623 Jan. 15: Statesman, scientist, and historian [[Paolo Sarpi (nonfiction)|Paolo Sarpi]] dies. Sarpi was a proponent of the Copernican system, a friend and patron of Galileo Galilei, and a keen follower of the latest research on anatomy, astronomy, and ballistics at the University of Padua.
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1623 Jun. 19: Mathematician, physicist, inventor, writer, and Christian philosopher [[Blaise Pascal (nonfiction)|Blaise Pascal]] born. He will do pioneering work on calculating machines.
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1623 Jun. 19: Mathematician, physicist, inventor, writer, and Christian philosopher [[Blaise Pascal (nonfiction)|Blaise Pascal]] born. Pascal will do pioneering work on calculating machines.


File:Simon Marius.jpg|link=Simon Marius (nonfiction)|1625 Jan. 5: Astronomer [[Simon Marius (nonfiction)|Simon Marius]] dies.  He discovered the four largest moons of Jupiter, independently of Galileo Galilei.
File:Simon Marius.jpg|link=Simon Marius (nonfiction)|1625 Jan. 5: Astronomer [[Simon Marius (nonfiction)|Simon Marius]] dies.  He discovered the four largest moons of Jupiter, independently of Galileo Galilei.
File:Giovanni_Cassini.jpg|link=Giovanni Domenico Cassini (nonfiction)|1625 Jun. 8: Mathematician, astronomer, and engineer [[Giovanni Domenico Cassini (nonfiction)|Giovanni Domenico Cassini]] born. He will discover four satellites of the planet Saturn and note the division of the rings of Saturn; the Cassini Division will be named after him.
File:Giovanni_Cassini.jpg|link=Giovanni Domenico Cassini (nonfiction)|1625 Jun. 8: Mathematician, astronomer, and engineer [[Giovanni Domenico Cassini (nonfiction)|Giovanni Domenico Cassini]] born. Cassini will discover four satellites of the planet Saturn and note the division of the rings of Saturn; the Cassini Division will be named after him.
File:Johan de Witt.jpg|link=Johan de Witt (nonfiction)|1625 Sep. 24: Mathematician and politician [[Johan de Witt (nonfiction)|Johan de Witt]] born.  He will derive the basic properties of quadratic forms, an important step in the field of linear algebra.
File:Johan de Witt.jpg|link=Johan de Witt (nonfiction)|1625 Sep. 24: Mathematician and politician [[Johan de Witt (nonfiction)|Johan de Witt]] born.  De Witt will derive the basic properties of quadratic forms, an important step in the field of linear algebra.


File:Due lettioni date nella academia erigenda dove si mostra come si trovi la grandezza delle superficie rettilinee.jpg|link=Pietro Cataldi (nonfiction)|1626 Feb. 11: Mathematician and astronomer [[Pietro Cataldi (nonfiction)|Pietro Cataldi]] dies. Cataldi contributed to the development of continued fractions and a method for their representation; he also discovered the sixth and seventh perfect numbers by 1588.
File:Due lettioni date nella academia erigenda dove si mostra come si trovi la grandezza delle superficie rettilinee.jpg|link=Pietro Cataldi (nonfiction)|1626 Feb. 11: Mathematician and astronomer [[Pietro Cataldi (nonfiction)|Pietro Cataldi]] dies. Cataldi contributed to the development of continued fractions and a method for their representation; he also discovered the sixth and seventh perfect numbers by 1588.
Line 299: Line 306:
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1648 Sep. 19: [[Blaise Pascal (nonfiction)|Blaise Pascal]] performs experiments to confirm the theory of atmospheric pressure and the existence of a vacuum.  
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1648 Sep. 19: [[Blaise Pascal (nonfiction)|Blaise Pascal]] performs experiments to confirm the theory of atmospheric pressure and the existence of a vacuum.  


File:Vincenzo Coronelli.jpg|link=Vincenzo Coronelli (nonfiction)|1650 Aug. 16: Monk, cosmographer, and cartographer [[Vincenzo Coronelli (nonfiction)|Vincenzo Coronelli]] born. He will gain fame for his atlases and globes; some of the globes will be very large and highly detailed.
File:Vincenzo Coronelli.jpg|link=Vincenzo Coronelli (nonfiction)|1650 Aug. 16: Monk, cosmographer, and cartographer [[Vincenzo Coronelli (nonfiction)|Vincenzo Coronelli]] born. Coronelli will gain fame for his atlases and globes; some of the globes will be very large and highly detailed.


File:Inigo Jones.jpg|link=Inigo Jones (nonfiction)|1652 Jun. 21: Architect [[Inigo Jones (nonfiction)|Inigo Jones]] dies. He was one of the first architects of the early modern period to employ [[Vitruvius (nonfiction)|Vitruvian]] rules of proportion and symmetry in his buildings.  
File:Inigo Jones.jpg|link=Inigo Jones (nonfiction)|1652 Jun. 21: Architect [[Inigo Jones (nonfiction)|Inigo Jones]] dies. Jones was one of the first architects of the early modern period to employ [[Vitruvius (nonfiction)|Vitruvian]] rules of proportion and symmetry in his buildings.  
File:Jean-Charles della Faille by Anthony van Dyck.jpg|link=Jean-Charles della Faille (nonfiction)|1652 Nov. 4: Priest and mathematician [[Jean-Charles della Faille (nonfiction)|Jean-Charles della Faille]] dies. He published a method for calculating the center of gravity of the sector of a circle.
File:Jean-Charles della Faille by Anthony van Dyck.jpg|link=Jean-Charles della Faille (nonfiction)|1652 Nov. 4: Priest and mathematician [[Jean-Charles della Faille (nonfiction)|Jean-Charles della Faille]] dies. He published a method for calculating the center of gravity of the sector of a circle.
File:Jan Brożek.jpg|link=Jan Brożek (nonfiction)|1652: Mathematician, physician, and astronomer [[Jan Brożek (nonfiction)|Jan Brożek]] dies. He contributed to a greater knowledge of [[Nicolaus Copernicus (nonfiction)|Nicolaus Copernicus]]' theories and was his ardent supporter and early prospective biographer.
File:Jan Brożek.jpg|link=Jan Brożek (nonfiction)|1652: Mathematician, physician, and astronomer [[Jan Brożek (nonfiction)|Jan Brożek]] dies. Brożek contributed to a greater knowledge of [[Nicolaus Copernicus (nonfiction)|Nicolaus Copernicus]]' theories and was his ardent supporter and early prospective biographer.


File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1654 Oct. 27: [[Blaise Pascal (nonfiction)|Blaise Pascal]] writes to Pierre de Fermat, praising him for his solution to the Problem of the Points, about which they had exchanged seven previous letters.  
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1654 Oct. 27: [[Blaise Pascal (nonfiction)|Blaise Pascal]] writes to Pierre de Fermat, praising him for his solution to the Problem of the Points, about which they had exchanged seven previous letters.  


File:Jacob Bernoulli.jpg|link=Jacob Bernoulli (nonfiction)|1655 Jan. 6: Mathematician [[Jacob Bernoulli (nonfiction)|Jacob Bernoulli]] born. He will discover the fundamental mathematical constant ''e'', and make important contributions to the field of probability.
File:Jacob Bernoulli.jpg|link=Jacob Bernoulli (nonfiction)|1655 Jan. 6: Mathematician [[Jacob Bernoulli (nonfiction)|Jacob Bernoulli]] born. Bernoulli will discover the fundamental mathematical constant ''e'', and make important contributions to the field of probability.
File:Delmedigo.jpg|link=Joseph Solomon Delmedigo (nonfiction)|1655 Oct. 16: Physician, mathematician, and theorist [[Joseph Solomon Delmedigo (nonfiction)|Joseph Solomon Delmedigo]] dies. His ''Elim'' (Palms) deals with astronomy, physics, mathematics, medicine, metaphysics, and music theory.
File:Delmedigo.jpg|link=Joseph Solomon Delmedigo (nonfiction)|1655 Oct. 16: Physician, mathematician, and theorist [[Joseph Solomon Delmedigo (nonfiction)|Joseph Solomon Delmedigo]] dies. Delmedigo's ''Elim'' (Palms) deals with astronomy, physics, mathematics, medicine, metaphysics, and music theory.


File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1656 Jan. 23: [[Blaise Pascal (nonfiction)|Blaise Pascal]] publishes the first of his ''Lettres provinciales'', in which he humorously attacks casuistry and accuses Jesuits of moral laxity, his tone combining the fervor of a convert with the wit and polish of a man of the world.
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1656 Jan. 23: [[Blaise Pascal (nonfiction)|Blaise Pascal]] publishes the first of his ''Lettres provinciales'', in which he humorously attacks casuistry and accuses Jesuits of moral laxity, his tone combining the fervor of a convert with the wit and polish of a man of the world.
File:Thomas Fincke.jpg|link=Thomas Fincke (nonfiction)|1656 Apr. 24: Mathematician and physicist [[Thomas Fincke (nonfiction)|Thomas Fincke]] dies. He introduced the modern names of the trigonometric functions tangent and secant.
File:Thomas Fincke.jpg|link=Thomas Fincke (nonfiction)|1656 Apr. 24: Mathematician and physicist [[Thomas Fincke (nonfiction)|Thomas Fincke]] dies. Fincke introduced the modern names of the trigonometric functions tangent and secant.
File:Jean-Baptiste Morin.jpg|link=Jean-Baptiste Morin (nonfiction)|1656 Nov. 6: Mathematician, astrologer, and astronomer [[Jean-Baptiste Morin (nonfiction)|Jean-Baptiste Morin]] dies.
File:Jean-Baptiste Morin.jpg|link=Jean-Baptiste Morin (nonfiction)|1656 Nov. 6: Mathematician, astrologer, and astronomer [[Jean-Baptiste Morin (nonfiction)|Jean-Baptiste Morin]] dies.
File:Laurentius Paulinus Gothius.jpg|link=Laurentius Paulinus Gothus (nonfiction)|1565 Nov. 10: Theologian, astronomer, astrologer, and Archbishop of Uppsala [[Laurentius Paulinus Gothus (nonfiction)|Laurentius Paulinus Gothus]] born.  
File:Laurentius Paulinus Gothius.jpg|link=Laurentius Paulinus Gothus (nonfiction)|1565 Nov. 10: Theologian, astronomer, astrologer, and Archbishop of Uppsala [[Laurentius Paulinus Gothus (nonfiction)|Laurentius Paulinus Gothus]] born.  


File:Georg Ernst Stahl.png|link=Georg Ernst Stahl (nonfiction)|1659 Oct. 22: Chemist and physician [[Georg Ernst Stahl (nonfiction)|Georg Ernst Stahl]] born. His works on phlogiston will be accepted as an explanation for chemical processes until the late 18th century.
File:Georg Ernst Stahl.png|link=Georg Ernst Stahl (nonfiction)|1659 Oct. 22: Chemist and physician [[Georg Ernst Stahl (nonfiction)|Georg Ernst Stahl]] born. Stahl's works on phlogiston will be accepted as an explanation for chemical processes until the late 18th century.


File:William Oughtred.jpg|link=William Oughtred (nonfiction)|1660 Jun. 30: Mathematician [[William Oughtred (nonfiction)|William Oughtred]] dies. He invented the slide rule in 1622.
File:William Oughtred.jpg|link=William Oughtred (nonfiction)|1660 Jun. 30: Mathematician [[William Oughtred (nonfiction)|William Oughtred]] dies. Oughtred invented the slide rule in 1622.
File:Hubert Gautier.jpg|link=Hubert Gautier (nonfiction)|1660 Aug. 21: Physician, mathematician, and engineer [[Hubert Gautier (nonfiction)|Hubert Gautier]] dies. He authored the first book on bridge building, ''Traité des Ponts'', in 1716, as well as books on roads, fortifications, antiquities, geology, and a first manual for watercolor practitioners.
File:Hubert Gautier.jpg|link=Hubert Gautier (nonfiction)|1660 Aug. 21: Physician, mathematician, and engineer [[Hubert Gautier (nonfiction)|Hubert Gautier]] born. Gautier will author the first book on bridge building, ''Traité des Ponts'', in 1716, as well as books on roads, fortifications, antiquities, geology, and a first manual for watercolor practitioners.


File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1662 Aug. 19: Mathematician, physicist, inventor, writer, and Christian philosopher [[Blaise Pascal (nonfiction)|Blaise Pascal]] dies. He did pioneering work on calculating machines.
File:Blaise Pascal.jpg|link=Blaise Pascal (nonfiction)|1662 Aug. 19: Mathematician, physicist, inventor, writer, and Christian philosopher [[Blaise Pascal (nonfiction)|Blaise Pascal]] dies. He did pioneering work on calculating machines.
Line 354: Line 361:
File:Peder Horrebow.jpg|link=Peder Horrebow (nonfiction)|1679 May 14: Astronomer and mathematician [[Peder Horrebow (nonfiction)|Peder Horrebow]] born. he will invent a way to determine a place's latitude from the stars.
File:Peder Horrebow.jpg|link=Peder Horrebow (nonfiction)|1679 May 14: Astronomer and mathematician [[Peder Horrebow (nonfiction)|Peder Horrebow]] born. he will invent a way to determine a place's latitude from the stars.
File:Giovanni Alfonso Borelli.jpg|link=Giovanni Alfonso Borelli (nonfiction)|1679 Dec. 31: Physiologist, physicist, and mathematician [[Giovanni Alfonso Borelli (nonfiction)|Giovanni Alfonso Borelli]] dies. He contributed to the modern principle of scientific investigation by continuing Galileo's practice of testing hypotheses against observation.
File:Giovanni Alfonso Borelli.jpg|link=Giovanni Alfonso Borelli (nonfiction)|1679 Dec. 31: Physiologist, physicist, and mathematician [[Giovanni Alfonso Borelli (nonfiction)|Giovanni Alfonso Borelli]] dies. He contributed to the modern principle of scientific investigation by continuing Galileo's practice of testing hypotheses against observation.
File:Michelangelo Ricci.jpg|link=Michelangelo Ricci (nonfiction)|1681 Sep. 1: Mathematician [[Michelangelo Ricci (nonfiction)|Michelangelo Ricci]] created Cardinal.


File:John_Hadley.jpg|link=John Hadley (nonfiction)|1682 Apr. 16: Mathematician [[John Hadley (nonfiction)|John Hadley]] born. Hadley will lay claim to the invention of the octant, two years after Thomas Godfrey claims the same. Hadley will also develope ways to make precision aspheric and parabolic objective mirrors for reflecting telescopes.
File:John_Hadley.jpg|link=John Hadley (nonfiction)|1682 Apr. 16: Mathematician [[John Hadley (nonfiction)|John Hadley]] born. Hadley will lay claim to the invention of the octant, two years after Thomas Godfrey claims the same. Hadley will also develope ways to make precision aspheric and parabolic objective mirrors for reflecting telescopes.
Line 361: Line 370:
File:Sir Isaac Newton by Sir Godfrey Kneller.jpg|link=Isaac Newton (nonfiction)|1684 Dec. 10: [[Isaac Newton (nonfiction)|Isaac Newton]]'s derivation of Kepler's laws from his theory of gravity, contained in the paper ''De motu corporum in gyrum'', is read to the Royal Society by Edmond Halley.
File:Sir Isaac Newton by Sir Godfrey Kneller.jpg|link=Isaac Newton (nonfiction)|1684 Dec. 10: [[Isaac Newton (nonfiction)|Isaac Newton]]'s derivation of Kepler's laws from his theory of gravity, contained in the paper ''De motu corporum in gyrum'', is read to the Royal Society by Edmond Halley.


File:Otto_von_Guericke.jpg|link=Otto von Guericke (nonfiction)|1686 May 21: Scientist, inventor, and politician [[Otto von Guericke (nonfiction)|Otto von Guericke]] dies. Von Guericke pioneered the physics of vacuums, and discovered an experimental method for demonstrating electrostatic repulsion.
File:Daniel Gabriel Fahrenheit.jpg|link=Daniel Gabriel Fahrenheit (nonfiction)|1686 May 24: 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.
File:Daniel Gabriel Fahrenheit.jpg|link=Daniel Gabriel Fahrenheit (nonfiction)|1686 May 24: 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.
File:Niels Steensen.png|link=Niels Steensen (nonfiction)|1686 Nov. 25: Scientist and bishop [[Niels Steensen (nonfiction)|Niels Steensen]] dies. He questioned explanations for tear production, the idea that fossils grow in the ground.
File:Niels Steensen.png|link=Niels Steensen (nonfiction)|1686 Nov. 25: Scientist and bishop [[Niels Steensen (nonfiction)|Niels Steensen]] dies. He questioned explanations for tear production, the idea that fossils grow in the ground.

Latest revision as of 06:29, 27 March 2021

Timeline of non-fictional "On This Day in History" items ordered by date from earliest up to 1699 AD.

The Timeline comprises non-fictional "On This Day in History" items.

See also Middle Timeline and Modern Timeline

900s

1000s

1100s

1200's

1300's

1400s

1500s

1600s

Next: Timeline: Middle (nonfiction)