Timeline: Middle (nonfiction): Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
 
(36 intermediate revisions by the same user not shown)
Line 31: Line 31:
File:The Passarola, a primitive airship devised by Bartolomeu de Gusmão.png|link=Bartolomeu de Gusmão (nonfiction)|1709 Jun. 24: The public test of the "Passarola", a primitive airship devised by priest and inventor [[Bartolomeu de Gusmão (nonfiction)|Bartolomeu de Gusmão]], fails to take place.
File:The Passarola, a primitive airship devised by Bartolomeu de Gusmão.png|link=Bartolomeu de Gusmão (nonfiction)|1709 Jun. 24: The public test of the "Passarola", a primitive airship devised by priest and inventor [[Bartolomeu de Gusmão (nonfiction)|Bartolomeu de Gusmão]], fails to take place.


File:James Ferguson.jpg|link=James Ferguson (nonfiction)|1710 Apr. 25: Astronomer, instrument maker, and author [[James Ferguson (nonfiction)|James Ferguson]] born.
File:Thomas Reid.jpg|link=Thomas Reid (nonfiction)|1710 Apr. 26: Mathematician and philosopher [[Thomas Reid (nonfiction)|Thomas Reid]] born. Reid will argue that common sense (in a special philosophical sense of ''sensus communis'') is, or at least should be, at the foundation of all philosophical inquiry. He disagreed with David Hume, who asserted that we can never know what an external world consists of as our knowledge is limited to the ideas in the mind, and George Berkeley, who asserted that the external world is merely ideas in the mind.
File:Thomas Reid.jpg|link=Thomas Reid (nonfiction)|1710 Apr. 26: Mathematician and philosopher [[Thomas Reid (nonfiction)|Thomas Reid]] born. Reid will argue that common sense (in a special philosophical sense of ''sensus communis'') is, or at least should be, at the foundation of all philosophical inquiry. He disagreed with David Hume, who asserted that we can never know what an external world consists of as our knowledge is limited to the ideas in the mind, and George Berkeley, who asserted that the external world is merely ideas in the mind.
File:Ole Rømer.jpg|link=Ole Rømer (nonfiction)|1710 Sep. 19: Astronomer and instrument maker [[Ole Rømer (nonfiction)|Ole Rømer]] dies. He made the first quantitative measurements of the speed of light.
File:Ole Rømer.jpg|link=Ole Rømer (nonfiction)|1710 Sep. 19: Astronomer and instrument maker [[Ole Rømer (nonfiction)|Ole Rømer]] dies. He made the first quantitative measurements of the speed of light.
Line 51: Line 52:
File:Jean le Rond d'Alembert.jpg|link=Jean le Rond d'Alembert (nonfiction)|1717 Nov. 16: Mathematician, physicist, and philosopher [[Jean le Rond d'Alembert (nonfiction)|Jean le Rond d'Alembert]] born. He will make contribution to mathematics and physics, including D'Alembert's formula for obtaining solutions to the wave equation.
File:Jean le Rond d'Alembert.jpg|link=Jean le Rond d'Alembert (nonfiction)|1717 Nov. 16: Mathematician, physicist, and philosopher [[Jean le Rond d'Alembert (nonfiction)|Jean le Rond d'Alembert]] born. He will make contribution to mathematics and physics, including D'Alembert's formula for obtaining solutions to the wave equation.


File:Recreations_Mathematiques_et_Physiques.png|link=Jacques Ozanam (nonfiction)|1718 Apr. 3: Mathematician [[Jacques Ozanam (nonfiction)|Jacques Ozanam]] dies.  Ozanam's ''Récréations mathématiques et physiques'' (1694) was later translated into English and is well known today.
File:Philippe de La Hire.jpg|link=Philippe de La Hire (nonfiction)|1718 Apr. 21: Painter, mathematician, astronomer, and architect [[Philippe de La Hire (nonfiction)|Philippe de La Hire]] dies.  
File:Philippe de La Hire.jpg|link=Philippe de La Hire (nonfiction)|1718 Apr. 21: Painter, mathematician, astronomer, and architect [[Philippe de La Hire (nonfiction)|Philippe de La Hire]] dies.  
File:Vincenzo Coronelli.jpg|link=Vincenzo Coronelli (nonfiction)|1718 Dec. 9: Monk, cosmographer, and cartographer [[Vincenzo Coronelli (nonfiction)|Vincenzo Coronelli]] dies. He gained fame for his atlases and globes; some of the globes are very large and highly detailed.
File:Vincenzo Coronelli.jpg|link=Vincenzo Coronelli (nonfiction)|1718 Dec. 9: Monk, cosmographer, and cartographer [[Vincenzo Coronelli (nonfiction)|Vincenzo Coronelli]] dies. He gained fame for his atlases and globes; some of the globes are very large and highly detailed.
Line 67: Line 69:
File:Jean-Étienne Montucla.jpg|link=Jean-Étienne Montucla (nonfiction)|1725 Sep. 5: Mathematician and theorist [[Jean-Étienne Montucla (nonfiction)|Jean-Étienne Montucla]] born. His deep interest in history of mathematics will become apparent with his publication of ''Histoire des Mathématiques'', the first part appearing in 1758.
File:Jean-Étienne Montucla.jpg|link=Jean-Étienne Montucla (nonfiction)|1725 Sep. 5: Mathematician and theorist [[Jean-Étienne Montucla (nonfiction)|Jean-Étienne Montucla]] born. His deep interest in history of mathematics will become apparent with his publication of ''Histoire des Mathématiques'', the first part appearing in 1758.
File:Nebula orionis as depicted by Guillaume Le Gentil in 1758.jpg|link=Guillaume Le Gentil (nonfiction)|1725 Sep. 12: Astronomer [[Guillaume Le Gentil (nonfiction)|Guillaume Le Gentil]] born. He will discover what are now known as the Messier objects M32, M36 and M38, as well as the nebulosity in M8, and he was the first to catalogue the dark nebula sometimes known as Le Gentil 3 (in the constellation Cygnus).
File:Nebula orionis as depicted by Guillaume Le Gentil in 1758.jpg|link=Guillaume Le Gentil (nonfiction)|1725 Sep. 12: Astronomer [[Guillaume Le Gentil (nonfiction)|Guillaume Le Gentil]] born. He will discover what are now known as the Messier objects M32, M36 and M38, as well as the nebulosity in M8, and he was the first to catalogue the dark nebula sometimes known as Le Gentil 3 (in the constellation Cygnus).
File:Ferdinand Berthoud.jpg|link=Ferdinand Berthoud (nonfiction)|1727 Mar. 18: Scientist and watchmaker [[Ferdinand Berthoud (nonfiction)|Ferdinand Berthoud]] born. Berthoud will serve as Horologist-Mechanic by appointment to the King and the Navy, leaving an exceptionally broad body of work, notable for excellent sea chronometers.


File:Johann Heinrich Lambert.jpg|link=Johann Heinrich Lambert (nonfiction)|1728 Aug. 26: Polymath [[Johann Heinrich Lambert (nonfiction)|Johann Heinrich Lambert]] born. He will make important contributions to mathematics, physics (particularly optics), philosophy, astronomy, and map projections.
File:Johann Heinrich Lambert.jpg|link=Johann Heinrich Lambert (nonfiction)|1728 Aug. 26: Polymath [[Johann Heinrich Lambert (nonfiction)|Johann Heinrich Lambert]] born. He will make important contributions to mathematics, physics (particularly optics), philosophy, astronomy, and map projections.


File:Francesco_Bianchini.png|link=Francesco Bianchini (nonfiction)|1729 Mar. 2: Astronomer and philosopher Francesco Bianchini dies. Bianchini was secretary of the Papal commission for the reform of the calendar, working on the method to calculate the astronomically correct date for Easter in a given year.
File:Leonhard Euler.jpg|link=Leonhard Euler (nonfiction)|1729 Oct. 13: [[Leonhard Euler (nonfiction)|Leonhard Euler]] mentions the gamma function in a letter to Christian Goldbach. Adrien-Marie Legendre will give the function its symbol and name in 1826.  
File:Leonhard Euler.jpg|link=Leonhard Euler (nonfiction)|1729 Oct. 13: [[Leonhard Euler (nonfiction)|Leonhard Euler]] mentions the gamma function in a letter to Christian Goldbach. Adrien-Marie Legendre will give the function its symbol and name in 1826.  


Line 103: Line 108:
File:Daniel Gabriel Fahrenheit.jpg|link=Daniel Gabriel Fahrenheit (nonfiction)|1736 Dec. 16: Physicist and engineer [[Daniel Gabriel Fahrenheit (nonfiction)|Daniel Gabriel Fahrenheit]] dies.  He helped 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)|1736 Dec. 16: Physicist and engineer [[Daniel Gabriel Fahrenheit (nonfiction)|Daniel Gabriel Fahrenheit]] dies.  He helped lay the foundations for the era of precision thermometry by inventing the mercury-in-glass thermometer and the Fahrenheit scale.


File:Erik Laxmann.png|link=Erik Laxmann (nonfiction)|1737 Jul. 27: Natural scientist, explorer, and clergyman [[Erik Laxmann (nonfiction)|Erik Laxmann]] born.  Laxmann will contribute to the taxonomy of Siberian fauna, and attempt to establish relations between Imperial Russia and Tokugawa Japan.
File:Luigi Galvani.jpg|link=Luigi Galvani (nonfiction)|1737 Sep. 9: Physician and physicist [[Luigi Galvani (nonfiction)|Luigi Galvani]] born. In 1780, he will discover that the muscles of dead frogs' legs twitch when struck by an electrical spark.
File:Luigi Galvani.jpg|link=Luigi Galvani (nonfiction)|1737 Sep. 9: Physician and physicist [[Luigi Galvani (nonfiction)|Luigi Galvani]] born. In 1780, he will discover that the muscles of dead frogs' legs twitch when struck by an electrical spark.
File:Hubert Gautier.jpg|link=Hubert Gautier (nonfiction)|1737 Sep. 27: 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)|1737 Sep. 27: 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.
Line 115: Line 121:
File:Nicolas_de_Condorcet.png|link=Marquis de Condorcet (nonfiction)|1743 Sep. 17: Philosopher, mathematician, and early political scientist [[Marquis de Condorcet (nonfiction)|Marie Jean Antoine Nicolas de Caritat, Marquis of Condorcet]] born. His ideas and writings will be said to embody the ideals of the Age of Enlightenment and rationalism, and remain influential to this day.
File:Nicolas_de_Condorcet.png|link=Marquis de Condorcet (nonfiction)|1743 Sep. 17: Philosopher, mathematician, and early political scientist [[Marquis de Condorcet (nonfiction)|Marie Jean Antoine Nicolas de Caritat, Marquis of Condorcet]] born. His ideas and writings will be said to embody the ideals of the Age of Enlightenment and rationalism, and remain influential to this day.


File:John_Hadley.jpg|link=John Hadley (nonfiction)|1744 Feb. 14: Mathematician [[John Hadley (nonfiction)|John Hadley]] dies. Hadley laid claim to the invention of the octant, two years after Thomas Godfrey claimed the same. Hadley also developed ways to make precision aspheric and parabolic objective mirrors for reflecting telescopes.
File:Anders_Celsius.jpg|link=Anders Celsius (nonfiction)|1744 Apr. 25: Astronomer, physicist, and mathematician [[Anders Celsius (nonfiction)|Anders Celsius]] dies. In 1742 he proposed the Celsius temperature scale which today bears his name.
File:Anders_Celsius.jpg|link=Anders Celsius (nonfiction)|1744 Apr. 25: Astronomer, physicist, and mathematician [[Anders Celsius (nonfiction)|Anders Celsius]] dies. In 1742 he proposed the Celsius temperature scale which today bears his name.
File:Alessandro Volta.jpg|link=Alessandro Volta (nonfiction)|1746 Feb. 18: Physicist and chemist [[Alessandro Volta (nonfiction)|Alessandro Volta]] born. Volta will conduct pioneering experiments in electricity and electrochemistry, discovering the electrical battery; he will also discover methane.


File:Gaspard Monge.jpg|link=Gaspard Monge (nonfiction)|1746 May 9: Mathematician and engineer [[Gaspard Monge (nonfiction)|Gaspard Monge]] born. He will invent descriptive geometry, and do pioneering work in differential geometry.
File:Gaspard Monge.jpg|link=Gaspard Monge (nonfiction)|1746 May 9: Mathematician and engineer [[Gaspard Monge (nonfiction)|Gaspard Monge]] born. He will invent descriptive geometry, and do pioneering work in differential geometry.
Line 135: Line 144:
File:Abraham de Moivre.jpg|link=Abraham de Moivre (nonfiction)|1754 Nov. 27: Mathematician and theorist [[Abraham de Moivre (nonfiction)|Abraham de Moivre]] dies. His book on probability theory, ''The Doctrine of Chances'', is prized by gamblers.
File:Abraham de Moivre.jpg|link=Abraham de Moivre (nonfiction)|1754 Nov. 27: Mathematician and theorist [[Abraham de Moivre (nonfiction)|Abraham de Moivre]] dies. His book on probability theory, ''The Doctrine of Chances'', is prized by gamblers.


File:William Hogarth.jpg|link=William Hogarth (nonfiction)|1755 Feb. 24: Artist and social critic [[William Hogarth (nonfiction)|William Hogarth]]’s satirical print, "An Election Entertainment," is published. It contains a Tory sign bearing the inscription "Give us our eleven days." This refers to the fact that eleven dates were removed from the calendar when England converted to the Gregorian calendar on September 14, 1752.
File:An Election Entertainment - William Hogarth.jpg|link=William Hogarth (nonfiction)|1755: Artist and social critic [[William Hogarth (nonfiction)|William Hogarth]]’s satirical print, "An Election Entertainment," is published. It contains a Tory sign bearing the inscription "Give us our eleven days." This refers to the fact that eleven dates were removed from the calendar when England converted to the Gregorian calendar on September 14, 1752.
File:Termómetro_Christin_1743.jpg|link=Jean-Pierre Christin (nonfiction)|1755 Apr. 19: Physicist, mathematician, and astronomer [[Jean-Pierre Christin (nonfiction)|Jean-Pierre Christin]] dies. He invented the Celsius thermometer.
File:Termómetro_Christin_1743.jpg|link=Jean-Pierre Christin (nonfiction)|1755 Apr. 19: Physicist, mathematician, and astronomer [[Jean-Pierre Christin (nonfiction)|Jean-Pierre Christin]] dies. He invented the Celsius thermometer.


Line 160: Line 169:
File:Peder Horrebow.jpg|link=Peder Horrebow (nonfiction)|1764 Apr. 15: Astronomer and mathematician [[Peder Horrebow (nonfiction)|Peder Horrebow]] dies. he invent a way to determine a place's latitude from the stars.
File:Peder Horrebow.jpg|link=Peder Horrebow (nonfiction)|1764 Apr. 15: Astronomer and mathematician [[Peder Horrebow (nonfiction)|Peder Horrebow]] dies. he invent a way to determine a place's latitude from the stars.
File:William Hogarth.jpg|link=William Hogarth (nonfiction)|1764 Oct. 26: Satirist, painter, illustrator, and critic [[William Hogarth (nonfiction)|William Hogarth]] dies. His work ranged from realistic portraiture to comic strip-like series of pictures called "modern moral subjects".
File:William Hogarth.jpg|link=William Hogarth (nonfiction)|1764 Oct. 26: Satirist, painter, illustrator, and critic [[William Hogarth (nonfiction)|William Hogarth]] dies. His work ranged from realistic portraiture to comic strip-like series of pictures called "modern moral subjects".
File:Giovanni Aldini.jpg|link=Giovanni Aldini (nonfiction)|1762 Apr. 10: Physicist and academic [[Giovanni Aldini (nonfiction)|Giovanni Aldini]] born. Aldini will contribute to galvanism, anatomy and its medical applications, the construction and illumination of lighthouses, and the mitigation of the destructive effects of fire.


File:Joseph_Nicéphore_Niépce.jpg|link=Nicéphore Niépce (nonfiction)|1765 Mar. 7: Inventor [[Nicéphore Niépce (nonfiction)|Nicéphore Niépce]] born. He will invent heliography, a technique he will use to create the world's oldest surviving product of a photographic process.
File:Joseph_Nicéphore_Niépce.jpg|link=Nicéphore Niépce (nonfiction)|1765 Mar. 7: Inventor [[Nicéphore Niépce (nonfiction)|Nicéphore Niépce]] born. He will invent heliography, a technique he will use to create the world's oldest surviving product of a photographic process.
Line 188: Line 199:
File:John Harrison.jpg|link=John Harrison (nonfiction)|1776 Mar. 24: Carpenter and clockmaker [[John Harrison (nonfiction)|John Harrison]] dies.  He invented a marine chronometer, a long-sought-after device for solving the problem of calculating longitude while at sea.
File:John Harrison.jpg|link=John Harrison (nonfiction)|1776 Mar. 24: Carpenter and clockmaker [[John Harrison (nonfiction)|John Harrison]] dies.  He invented a marine chronometer, a long-sought-after device for solving the problem of calculating longitude while at sea.
File:Sophie Germain.jpg|link=Sophie Germain (nonfiction)|1776 Apr. 1: Mathematician, physicist, and philosopher [[Sophie Germain (nonfiction)|Sophie Germain]] born. Her work on Fermat's Last Theorem will provide a foundation for mathematicians exploring the subject for hundreds of years after.
File:Sophie Germain.jpg|link=Sophie Germain (nonfiction)|1776 Apr. 1: Mathematician, physicist, and philosopher [[Sophie Germain (nonfiction)|Sophie Germain]] born. Her work on Fermat's Last Theorem will provide a foundation for mathematicians exploring the subject for hundreds of years after.
File:James_Ferguson.jpg|link=James Ferguson (nonfiction)|1776 Nov. 17: Astronomer, instrument maker, and author [[James Ferguson (nonfiction)|James Ferguson]] dies.


File:Louis_Poinsot.jpg|link=Louis Poinsot (nonfiction)|1777 Jan. 3: Mathematician and physicist [[Louis Poinsot (nonfiction)|Louis Poinsot]] born. Poinsot will invent geometrical mechanics, showing how a system of forces acting on a rigid body can be resolved into a single force and a couple.
File:Louis_Poinsot.jpg|link=Louis Poinsot (nonfiction)|1777 Jan. 3: Mathematician and physicist [[Louis Poinsot (nonfiction)|Louis Poinsot]] born. Poinsot will invent geometrical mechanics, showing how a system of forces acting on a rigid body can be resolved into a single force and a couple.
Line 209: Line 221:


File:Georg Scheutz.jpg|link=Per Georg Scheutz (nonfiction)|1873 May 22: Lawyer, translator, and inventor [[Per Georg Scheutz (nonfiction)|Per Georg Scheutz]] born.  He will invent the Scheutzian calculation engine, based on Charles Babbage's difference engine.
File:Georg Scheutz.jpg|link=Per Georg Scheutz (nonfiction)|1873 May 22: Lawyer, translator, and inventor [[Per Georg Scheutz (nonfiction)|Per Georg Scheutz]] born.  He will invent the Scheutzian calculation engine, based on Charles Babbage's difference engine.
File:Leonhard Euler.jpg|link=Leonhard Euler (nonfiction)|1783 Sep. 18: Mathematician and physicist [[Leonhard Euler (nonfiction)|Leonhard Euler]] dies. He made important and influential discoveries in many branches of mathematics, and introduced much of the modern mathematical terminology and notation, such as the notion of a mathematical function.
File:Leonhard Euler.jpg|link=Leonhard Euler (nonfiction)|1783 Sep. 18: Mathematician and physicist [[Leonhard Euler (nonfiction)|Leonhard Euler]] dies. He made important and influential discoveries in many branches of mathematics, and introduced much of the modern mathematical terminology and notation, such as the notion of a mathematical function.
File:Etienne Bezout.jpg|link=Étienne Bézout (nonfiction)|1783 Sep. 27: Mathematician [[Étienne Bézout (nonfiction)|Étienne Bézout]] dies. His ''Théorie générale des équations algébriques'' contained much new and valuable matter on the theory of elimination and symmetrical functions of the roots of an equation.
File:Etienne Bezout.jpg|link=Étienne Bézout (nonfiction)|1783 Sep. 27: Mathematician [[Étienne Bézout (nonfiction)|Étienne Bézout]] dies. His ''Théorie générale des équations algébriques'' contained much new and valuable matter on the theory of elimination and symmetrical functions of the roots of an equation.
Line 214: Line 227:


File:Denis Diderot by van Loo.jpg|link=Denis Diderot (nonfiction)|1784 Jul. 31: Philosopher, art critic, and writer [[Denis Diderot (nonfiction)|Denis Diderot]] dies. He was a prominent figure during the Enlightenment, serving as co-founder, chief editor, and contributor to the ''Encyclopédie'' along with Jean le Rond d'Alembert.
File:Denis Diderot by van Loo.jpg|link=Denis Diderot (nonfiction)|1784 Jul. 31: Philosopher, art critic, and writer [[Denis Diderot (nonfiction)|Denis Diderot]] dies. He was a prominent figure during the Enlightenment, serving as co-founder, chief editor, and contributor to the ''Encyclopédie'' along with Jean le Rond d'Alembert.
File:James_Tytler.jpg|link=James Tytler|1784 Aug. 27: Apothecary and editor [[James Tytler (nonfiction)|James Tytler]] made the first balloon ascent in Britain in a hot-air balloon at Edinburgh, Scotland. Before a small number of onlookers, the balloon rose to 350 feet in the air, travelled half a mile, and landed in Restalrig village.
File:César François Cassini de Thury.jpg|link=César-François Cassini de Thury (nonfiction)|1784 Sep. 4: Astronomer and cartographer [[César-François Cassini de Thury (nonfiction)|César-François Cassini de Thury]] dies. In 1744, he began the construction of a great topographical map of France, one of the landmarks in the history of cartography. Completed by his son Jean-Dominique, Cassini IV and published by the Académie des Sciences from 1744 to 1793, its 180 plates are known as the Cassini map.
File:César François Cassini de Thury.jpg|link=César-François Cassini de Thury (nonfiction)|1784 Sep. 4: Astronomer and cartographer [[César-François Cassini de Thury (nonfiction)|César-François Cassini de Thury]] dies. In 1744, he began the construction of a great topographical map of France, one of the landmarks in the history of cartography. Completed by his son Jean-Dominique, Cassini IV and published by the Académie des Sciences from 1744 to 1793, its 180 plates are known as the Cassini map.
File:Charles Dupin.jpg|link=Charles Dupin (nonfiction)|1784 Oct. 6: Mathematician, engineer, cartographer, economist, and politician [[Charles Dupin (nonfiction)|Charles Dupin]] born. In 1826 he will create the earliest known choropleth map.
File:Charles Dupin.jpg|link=Charles Dupin (nonfiction)|1784 Oct. 6: Mathematician, engineer, cartographer, economist, and politician [[Charles Dupin (nonfiction)|Charles Dupin]] born. In 1826 he will create the earliest known choropleth map.
Line 236: Line 250:
File:Joseph-Louis Lagrange.jpg|link=Joseph-Louis Lagrange (nonfiction)|1781 Sep. 21: [[Joseph-Louis Lagrange (nonfiction)|Joseph-Louis Lagrange]] writes to d'Alembert: "It appears to me also that the mine [of mathematics] is already very deep and that unless one discovers new veins it will be necessary sooner or later to abandon it." This view is prevalent at the end of the eighteenth century.
File:Joseph-Louis Lagrange.jpg|link=Joseph-Louis Lagrange (nonfiction)|1781 Sep. 21: [[Joseph-Louis Lagrange (nonfiction)|Joseph-Louis Lagrange]] writes to d'Alembert: "It appears to me also that the mine [of mathematics] is already very deep and that unless one discovers new veins it will be necessary sooner or later to abandon it." This view is prevalent at the end of the eighteenth century.


File:Johan August Arfwedson.jpg|link=Johan August Arfwedson (nonfiction)|1792 Jan 12: Chemist and academic [[Johan August Arfwedson (nonfiction)|Johan August Arfwedson]] born. Arfwedson will discover the element lithium in 1817 by isolating it as a salt.
File:Sir Richard Arkwright by Mather Brown 1790.jpg|link=Richard Arkwright (nonfiction)|1792 Aug. 3: Inventor, engineer, and businessman [[Richard Arkwright (nonfiction)|Richard Arkwright]] dies. Later in his life Arkwright was known as the "father of the modern industrial factory system."
File:Sir Richard Arkwright by Mather Brown 1790.jpg|link=Richard Arkwright (nonfiction)|1792 Aug. 3: Inventor, engineer, and businessman [[Richard Arkwright (nonfiction)|Richard Arkwright]] dies. Later in his life Arkwright was known as the "father of the modern industrial factory system."
File:Nebula orionis as depicted by Guillaume Le Gentil in 1758.jpg|link=Guillaume Le Gentil (nonfiction)|1792 Oct. 22: Astronomer [[Guillaume Le Gentil (nonfiction)|Guillaume Le Gentil]] dies. He discovered what are now known as the Messier objects M32, M36 and M38, as well as the nebulosity in M8, and he was the first to catalogue the dark nebula sometimes known as Le Gentil 3 (in the constellation Cygnus).
File:Nebula orionis as depicted by Guillaume Le Gentil in 1758.jpg|link=Guillaume Le Gentil (nonfiction)|1792 Oct. 22: Astronomer [[Guillaume Le Gentil (nonfiction)|Guillaume Le Gentil]] dies. He discovered what are now known as the Messier objects M32, M36 and M38, as well as the nebulosity in M8, and he was the first to catalogue the dark nebula sometimes known as Le Gentil 3 (in the constellation Cygnus).
Line 249: Line 264:
File:Giuseppe Balsamo (Count Alessandro Cagliostro).jpg|link=Alessandro Cagliostro (nonfiction)|1795 Aug. 26: Occultist and explorer [[Alessandro Cagliostro (nonfiction)|Alessandro Cagliostro]] dies. He was a glamorous figure associated with the royal courts of Europe where he pursued psychic healing, alchemy, and scrying.  
File:Giuseppe Balsamo (Count Alessandro Cagliostro).jpg|link=Alessandro Cagliostro (nonfiction)|1795 Aug. 26: Occultist and explorer [[Alessandro Cagliostro (nonfiction)|Alessandro Cagliostro]] dies. He was a glamorous figure associated with the royal courts of Europe where he pursued psychic healing, alchemy, and scrying.  


File:Johan Carl Wilcke.jpg|link=Johan Wilcke (nonfiction)|1796 Apr. 18: Physicist [[Johan Wilcke (nonfiction)|Johan Carl Wilcke]] dies. He invented the electrophorus, and calculated the latent heat of ice.
File:Erik Laxmann.png|link=Erik Laxmann (nonfiction)|1796 Jan. 6: Natural scientist, explorer, and clergyman [[Erik Laxmann (nonfiction)|Erik Laxmann]] dies.  Laxmann contribute to the taxonomy of Siberian fauna, and attempted to establish relations between Imperial Russia and Tokugawa Japan.
File:David Rittenhouse by Charles Wilson Peale.jpg|link=David Rittenhouse (nonfiction)|link=David Rittenhouse (nonfiction)|1796 Jun. 26: Inventor, astronomer, mathematician, clockmaker, and surveyor [[David Rittenhouse (nonfiction)|David Rittenhouse]] dies. He was the first Director of the United States Mint, hand-striking the new nation's first coins.
File:Johan Carl Wilcke.jpg|link=Johan Wilcke (nonfiction)|1796 Apr. 18: Physicist [[Johan Wilcke (nonfiction)|Johan Carl Wilcke]] dies. Wilcke invented the electrophorus, and calculated the latent heat of ice.
File:David Rittenhouse by Charles Wilson Peale.jpg|link=David Rittenhouse (nonfiction)|link=David Rittenhouse (nonfiction)|1796 Jun. 26: Inventor, astronomer, mathematician, clockmaker, and surveyor [[David Rittenhouse (nonfiction)|David Rittenhouse]] dies. Rittenhouse was the first Director of the United States Mint, hand-striking the new nation's first coins.
File:Thomas Reid.jpg|link=Thomas Reid (nonfiction)|1796 Oct. 7: Mathematician and philosopher [[Thomas Reid (nonfiction)|Thomas Reid]] dies. Reid believed that common sense (in a special philosophical sense of ''sensus communis'') is, or at least should be, at the foundation of all philosophical inquiry. He disagreed with David Hume, who asserted that we can never know what an external world consists of as our knowledge is limited to the ideas in the mind, and George Berkeley, who asserted that the external world is merely ideas in the mind.
File:Thomas Reid.jpg|link=Thomas Reid (nonfiction)|1796 Oct. 7: Mathematician and philosopher [[Thomas Reid (nonfiction)|Thomas Reid]] dies. Reid believed that common sense (in a special philosophical sense of ''sensus communis'') is, or at least should be, at the foundation of all philosophical inquiry. He disagreed with David Hume, who asserted that we can never know what an external world consists of as our knowledge is limited to the ideas in the mind, and George Berkeley, who asserted that the external world is merely ideas in the mind.


File:Carl Friedrich Gauss 1840 by Jensen.jpg|link=Carl Friedrich Gauss (nonfiction)|1797 Oct. 16: [[Carl Friedrich Gauss (nonfiction)|Carl Friedrich Gauss]] records in his diary that he has discovered a new proof of the Pythagorean Theorem.  
File:Carl Friedrich Gauss 1840 by Jensen.jpg|link=Carl Friedrich Gauss (nonfiction)|1797 Oct. 16: [[Carl Friedrich Gauss (nonfiction)|Carl Friedrich Gauss]] records in his diary that he has discovered a new proof of the Pythagorean Theorem.  


File:Macedonio_Melloni.jpg|link=Macedonio Melloni (nonfiction)|1798 Apr. 11: Physicist and academic [[Macedonio Melloni (nonfiction)|Macedonio Melloni]] born.  Melloni will demonstrate that radiant heat has physical properties similar to those of light.
File:Franz Ernst Neumann by Carl Steffeck 1886.jpg|link=Franz Ernst Neumann (nonfiction)|1798 Sep. 11: Mineralogist, physicist, and mathematician [[Franz Ernst Neumann (nonfiction)|Franz Ernst Neumann]] born. His 1831 study on the specific heats of compounds will include what is now known as Neumann's Law: the molecular heat of a compound is equal to the sum of the atomic heats of its constituents.
File:Franz Ernst Neumann by Carl Steffeck 1886.jpg|link=Franz Ernst Neumann (nonfiction)|1798 Sep. 11: Mineralogist, physicist, and mathematician [[Franz Ernst Neumann (nonfiction)|Franz Ernst Neumann]] born. His 1831 study on the specific heats of compounds will include what is now known as Neumann's Law: the molecular heat of a compound is equal to the sum of the atomic heats of its constituents.
File:Luigi Galvani.jpg|link=Luigi Galvani (nonfiction)|1798 Dec. 4: Physician and physicist [[Luigi Galvani (nonfiction)|Luigi Galvani]] dies. In 1780, he discovered that the muscles of dead frogs' legs twitch when struck by an electrical spark.
File:Luigi Galvani.jpg|link=Luigi Galvani (nonfiction)|1798 Dec. 4: Physician and physicist [[Luigi Galvani (nonfiction)|Luigi Galvani]] dies. In 1780, he discovered that the muscles of dead frogs' legs twitch when struck by an electrical spark.
Line 272: Line 289:
File:Antoine Augustin Cournot.jpg|link=Antoine Augustin Cournot (nonfiction)|1801 Aug. 28: Mathematician and philosopher [[Antoine Augustin Cournot (nonfiction)|Antoine Augustin Cournot]] born. He will introduce the ideas of functions and probability into economic analysis.
File:Antoine Augustin Cournot.jpg|link=Antoine Augustin Cournot (nonfiction)|1801 Aug. 28: Mathematician and philosopher [[Antoine Augustin Cournot (nonfiction)|Antoine Augustin Cournot]] born. He will introduce the ideas of functions and probability into economic analysis.


János_Bolyai_-_Romanian_postage_stamp_circa_1960.jpg|link=János Bolyai (nonfiction)|1802 Dec. 15: Mathematician and academic [[János Bolyai (nonfiction)|János Bolyai]] born. He will be one of the founders of non-Euclidean geometry.
File:Niels_Henrik_Abel.jpg|link=Niels Henrik Abel (nonfiction)|1802 Aug. 5: Mathematician and theorist [[Niels Henrik Abel (nonfiction)|Niels Henrik Abel]] born. Abel will make pioneering contributions in a variety of fields, including the discovery of Abelian functions, and the first complete proof demonstrating the impossibility of solving the general quintic equation in radicals.
János_Bolyai_-_Romanian_postage_stamp_circa_1960.jpg|link=János Bolyai (nonfiction)|1802 Dec. 15: Mathematician and academic [[János Bolyai (nonfiction)|János Bolyai]] born. Bolyai will be one of the founders of non-Euclidean geometry.


File:Justus von Liebig circa 1866.jpg|link=Justus von Liebig (nonfiction)|1803 May 12: Chemist and academic [[Justus von Liebig (nonfiction)|Justus von Liebig]] born. Von Liebeg will make pioneering contributions to organic chemistry, especially agricultural and biological chemistry; he will be known as the "Father of the fertilizer industry".
File:John Dalton by Charles Turner.jpg|link=John Dalton (nonfiction)|1803 Sep. 3: Chemist [[John Dalton (nonfiction)|John Dalton]] uses symbols to represent the atoms making up molecules of different elements.
File:John Dalton by Charles Turner.jpg|link=John Dalton (nonfiction)|1803 Sep. 3: Chemist [[John Dalton (nonfiction)|John Dalton]] uses symbols to represent the atoms making up molecules of different elements.
File:Christian Doppler.jpg|link=Christian Doppler (nonfiction)|1803 Nov.29: Physicist and mathematician [[Christian Doppler (nonfiction)|Christian Doppler]] born. Doppler will propose the principle (now known as the Doppler effect) that the observed frequency of a wave depends on the relative speed of the source and the observer.  He will use this concept to explain the color of binary stars.


File:Joseph Priestley.jpg|link=Joseph Priestley (nonfiction)|1804 Feb. 16: British scientist [[Joseph Priestley (nonfiction)|Joseph Priestley]] dies. He is historically credited with the discovery of oxygen, having isolated it in its gaseous state, but his determination to defend phlogiston theory and to reject what would become the chemical revolution left him isolated within the scientific community.
File:Joseph Priestley.jpg|link=Joseph Priestley (nonfiction)|1804 Feb. 16: British scientist [[Joseph Priestley (nonfiction)|Joseph Priestley]] dies. Priestly is historically credited with the discovery of oxygen, having isolated it in its gaseous state, but his determination to defend phlogiston theory and to reject what would become the chemical revolution left him isolated within the scientific community.
File:Carl Gustav Jacob Jacobi.jpg|link=Carl Gustav Jacob Jacobi (nonfiction)|1804 Dec. 10: Mathematician and academic [[Carl Gustav Jacob Jacobi (nonfiction)|Carl Gustav Jacob Jacobi]] born. He will make fundamental contributions to elliptic functions, dynamics, differential equations, and number theory.
File:Carl Gustav Jacob Jacobi.jpg|link=Carl Gustav Jacob Jacobi (nonfiction)|1804 Dec. 10: Mathematician and academic [[Carl Gustav Jacob Jacobi (nonfiction)|Carl Gustav Jacob Jacobi]] born. Jacobi will make fundamental contributions to elliptic functions, dynamics, differential equations, and number theory.


File:Claude Chappe.jpg|Claude Chappe (nonfiction)|1805 Jan. 23: Inventor [[Claude Chappe (nonfiction)|Claude Chappe]] dies. He invented and developed a practical semaphore system that eventually spanned all of France -- the first practical telecommunications system of the industrial age.
File:Claude Chappe.jpg|Claude Chappe (nonfiction)|1805 Jan. 23: Inventor [[Claude Chappe (nonfiction)|Claude Chappe]] dies. Chappe invented and developed a practical semaphore system that eventually spanned all of France -- the first practical telecommunications system of the industrial age.
File:Peter Gustav Lejeune Dirichlet.jpg|link=Peter Gustav Lejeune Dirichlet (nonfiction)|1805 Feb. 13: Mathematician [[Peter Gustav Lejeune Dirichlet (nonfiction)|Peter Gustav Lejeune Dirichlet]] born. He will important make contributions to number theory, analysis, and mechanics. Dirichlet will be one of the first mathematicians to give the modern formal definition of a function.
File:Peter Gustav Lejeune Dirichlet.jpg|link=Peter Gustav Lejeune Dirichlet (nonfiction)|1805 Feb. 13: Mathematician [[Peter Gustav Lejeune Dirichlet (nonfiction)|Peter Gustav Lejeune Dirichlet]] born. Dirichlet will important make contributions to number theory, analysis, and mechanics. Dirichlet will be one of the first mathematicians to give the modern formal definition of a function.
File:A la mémoire de J.M. Jacquard.jpg|link=Joseph Marie Jacquard (nonfiction)|1805 Apr. 12: Emperor Napoleon and Empress Josephine visit Lyon and viewed [[Joseph Marie Jacquard (nonfiction)|Joseph Marie Jacquard]]'s new [[Jacquard loom (nonfiction)|programmable loom]].
File:A la mémoire de J.M. Jacquard.jpg|link=Joseph Marie Jacquard (nonfiction)|1805 Apr. 12: Emperor Napoleon and Empress Josephine visit Lyon and viewed [[Joseph Marie Jacquard (nonfiction)|Joseph Marie Jacquard]]'s new [[Jacquard loom (nonfiction)|programmable loom]].
File:A la mémoire de J.M. Jacquard.jpg|link=Joseph Marie Jacquard (nonfiction)|1805 Apr. 15: Emperor grants the patent for Jacquard’s loom to the city of Lyon. In return, Jacquard received a lifelong pension of 3,000 francs.
File:A la mémoire de J.M. Jacquard.jpg|link=Joseph Marie Jacquard (nonfiction)|1805 Apr. 15: Emperor grants the patent for Jacquard’s loom to the city of Lyon. In return, Jacquard received a lifelong pension of 3,000 francs.
File:William Rowan Hamilton.png|link=William Rowan Hamilton (nonfiction)|1805 Aug. 4: Physicist, astronomer, and mathematician [[William Rowan Hamilton (nonfiction)|William Rowan Hamilton]] born. He will make important contributions to classical mechanics, optics, and algebra, inventing the [[Quaternion (nonfiction)|quaternion]].
File:William Rowan Hamilton.png|link=William Rowan Hamilton (nonfiction)|1805 Aug. 4: Physicist, astronomer, and mathematician [[William Rowan Hamilton (nonfiction)|William Rowan Hamilton]] born. Hamilton will make important contributions to classical mechanics, optics, and algebra, inventing the [[Quaternion (nonfiction)|quaternion]].


File:John Stuart Mill circa 1870.jpg|link=John Stuart Mill (nonfiction)|1806 May 20: Economist, civil servant, and philosopher [[John Stuart Mill (nonfiction)|John Stuart Mill]] born. He will be one of the most influential thinkers in the history of liberalism, and the first Member of Parliament to call for women's suffrage.
File:John Stuart Mill circa 1870.jpg|link=John Stuart Mill (nonfiction)|1806 May 20: Economist, civil servant, and philosopher [[John Stuart Mill (nonfiction)|John Stuart Mill]] born. Mill will be one of the most influential thinkers in the history of liberalism, and the first Member of Parliament to call for women's suffrage.


File:Jérôme Lalande.jpg|link=Jérôme Lalande (nonfiction)|1807 Apr. 4: Astronomer, freemason, and writer [[Jérôme Lalande (nonfiction)|Joseph Jérôme Lefrançois de Lalande]] dies. As a lecturer and writer Lalande helped popularize astronomy. His planetary tables were the best available up to the end of the 18th century.  
File:Jérôme Lalande.jpg|link=Jérôme Lalande (nonfiction)|1807 Apr. 4: Astronomer, freemason, and writer [[Jérôme Lalande (nonfiction)|Joseph Jérôme Lefrançois de Lalande]] dies. As a lecturer and writer Lalande helped popularize astronomy. His planetary tables were the best available up to the end of the 18th century.  
File:Robert Fulton.jpg|link=Robert Fulton (nonfiction)|1807 Aug. 17: [[Robert Fulton (nonfiction)|Robert Fulton]]'s North River Steamboat leaves New York City for Albany, New York, on the Hudson River, inaugurating the first commercial steamboat service in the world.
File:Robert Fulton.jpg|link=Robert Fulton (nonfiction)|1807 Aug. 17: [[Robert Fulton (nonfiction)|Robert Fulton]]'s North River Steamboat leaves New York City for Albany, New York, on the Hudson River, inaugurating the first commercial steamboat service in the world.
File:Pierre Alexandre Laurent Forfait.jpg|link=Pierre-Alexandre-Laurent Forfait (nonfiction)|1807 Nov. 8: Engineer, hydrographer, and politician [[Pierre-Alexandre-Laurent Forfait (nonfiction)|Pierre-Alexandre-Laurent Forfait]] dies. He designed and oversaw the building of ships, making structural improvements and developing techniques to improve the disposition of cargo in ships' holds.
File:Pierre Alexandre Laurent Forfait.jpg|link=Pierre-Alexandre-Laurent Forfait (nonfiction)|1807 Nov. 8: Engineer, hydrographer, and politician [[Pierre-Alexandre-Laurent Forfait (nonfiction)|Pierre-Alexandre-Laurent Forfait]] dies. Forfait designed and oversaw the building of ships, making structural improvements and developing techniques to improve the disposition of cargo in ships' holds.


File:Johann Benedict Listing.jpg|link=Johann Benedict Listing (nonfiction)|1808 Jul. 25: Mathematician [[Johann Benedict Listing (nonfiction)|Johann Benedict Listing]] born. He will introduce the term "topology" in a famous article published in 1847, having already used the term in correspondence some years earlier.
File:Johann Benedict Listing.jpg|link=Johann Benedict Listing (nonfiction)|1808 Jul. 25: Mathematician [[Johann Benedict Listing (nonfiction)|Johann Benedict Listing]] born. Benedict will introduce the term "topology" in a famous article published in 1847, having already used the term in correspondence some years earlier.
File:Carl Friedrich Gauss 1840 by Jensen.jpg|link=Carl Friedrich Gauss (nonfiction)|1808 Sep. 2: [[Carl Friedrich Gauss (nonfiction)|Carl Friedrich Gauss]] writes Wolfgang Bolyai: "It is not knowledge, but the act of learning, not possession but the act of getting there, which grants the greatest enjoyment."


File:Benjamin Peirce.jpg|link=Benjamin Peirce (nonfiction)|1809 Apr. 4: Mathematician [[Benjamin Peirce (nonfiction)|Benjamin Peirce]] born. He will make contributions to celestial mechanics, statistics, number theory, algebra, and the philosophy of mathematics; he will become known for the statement that "Mathematics is the science that draws necessary conclusions".  
File:Benjamin Peirce.jpg|link=Benjamin Peirce (nonfiction)|1809 Apr. 4: Mathematician [[Benjamin Peirce (nonfiction)|Benjamin Peirce]] born. Peirce will make contributions to celestial mechanics, statistics, number theory, algebra, and the philosophy of mathematics; he will become known for the statement that "Mathematics is the science that draws necessary conclusions".  


File:Ernst Kummer.jpg|link=Ernst Kummer (nonfiction)|1810 Jan. 29: Mathematician [[Ernst Kummer (nonfiction)|Ernst Kummer]] born. Skilled in applied mathematics, Kummer trained German army officers in ballistics.
File:Ernst Kummer.jpg|link=Ernst Kummer (nonfiction)|1810 Jan. 29: Mathematician [[Ernst Kummer (nonfiction)|Ernst Kummer]] born. Skilled in applied mathematics, Kummer trained German army officers in ballistics.
File:Henry Cavendish.jpg|link=Henry Cavendish (nonfiction)|1810 Feb. 24: Chemist, physicist, and philosopher [[Henry Cavendish (nonfiction)|Henry Cavendish]] dies. He discovered "inflammable air", later named hydrogen.  
File:Henry Cavendish.jpg|link=Henry Cavendish (nonfiction)|1810 Feb. 24: Chemist, physicist, and philosopher [[Henry Cavendish (nonfiction)|Henry Cavendish]] dies. He discovered "inflammable air", later named hydrogen.  


File:Henri Victor Regnault 1860s.jpg|link=Henri Victor Regnault (nonfiction)|1810 Jul. 21: Chemist and physicist [[Henri Victor Regnault (nonfiction)|Henri Victor Regnault]] born.  He will be an early thermodynamicist, best known for his careful measurements of the thermal properties of gases, and for mentoring William Thomson in the late 1840s.  
File:Henri Victor Regnault 1860s.jpg|link=Henri Victor Regnault (nonfiction)|1810 Jul. 21: Chemist and physicist [[Henri Victor Regnault (nonfiction)|Henri Victor Regnault]] born.  Regnault will be an early thermodynamicist, best known for his careful measurements of the thermal properties of gases, and for mentoring William Thomson in the late 1840s.  


File:Johann Beckmann.png|link=Johann Beckmann (nonfiction)|1811 Feb. 3: Scientist and author [[Johann Beckmann (nonfiction)|Johann Beckmann]] dies. He coined the word ''technology'', meaning the science of trades, and was the first to teach technology and write about it as an academic subject.  
File:Johann Beckmann.png|link=Johann Beckmann (nonfiction)|1811 Feb. 3: Scientist and author [[Johann Beckmann (nonfiction)|Johann Beckmann]] dies. Beckmann coined the word ''technology'', meaning the science of trades, and was the first to teach technology and write about it as an academic subject.  
File:Urbain Le Verrier.jpg|link=Urbain Le Verrier (nonfiction)|1811 Mar. 11: Mathematician and astronomer [[Urbain Le Verrier (nonfiction)|Urbain Le Verrier]] born.  He  will predict the existence and position of Neptune using only mathematics, an event which will be widely regarded as one of the most remarkable moments of 19th century science.
File:Urbain Le Verrier.jpg|link=Urbain Le Verrier (nonfiction)|1811 Mar. 11: Mathematician and astronomer [[Urbain Le Verrier (nonfiction)|Urbain Le Verrier]] born.  He  will predict the existence and position of Neptune using only mathematics, an event which will be widely regarded as one of the most remarkable moments of 19th century science.
File:Robert Bunsen.jpg|link=Robert Bunsen (nonfiction)|1811 Mar. 30: Chemist and academic [[Robert Bunsen (nonfiction)|Robert Bunsen]] born. He will investigate emission spectra of heated elements, and discover caesium (in 1860) and rubidium (in 1861) with the physicist Gustav Kirchhoff.
File:Robert Bunsen.jpg|link=Robert Bunsen (nonfiction)|1811 Mar. 30: Chemist and academic [[Robert Bunsen (nonfiction)|Robert Bunsen]] born. He will investigate emission spectra of heated elements, and discover caesium (in 1860) and rubidium (in 1861) with the physicist Gustav Kirchhoff.
Line 335: Line 356:
File:James Prescott Joule.jpg|link=James Prescott Joule (nonfiction)|1818 Dec. 24: Physicist and brewer [[James Prescott Joule (nonfiction)|James Prescott Joule]] born. He will study the nature of heat, and discover its relationship to mechanical work.
File:James Prescott Joule.jpg|link=James Prescott Joule (nonfiction)|1818 Dec. 24: Physicist and brewer [[James Prescott Joule (nonfiction)|James Prescott Joule]] born. He will study the nature of heat, and discover its relationship to mechanical work.


File:Charles Piazzi Smyth.jpg|link=Charles Piazzi Smyth (nonfiction)|1819 Jan. 3: Astronomer [[Charles Piazzi Smyth (nonfiction)|Charles Piazzi Smyth]] born. Smyth will make innovations in astronomy, and make pyramidological and metrological studies of the Great Pyramid of Giza.
File:Great Comet of 1819 by Kendall.jpg|link=Great Comet of 1819 (nonfiction)|1819 Jul. 1: Johann Georg Tralles discovers the [[Great Comet of 1819 (nonfiction)|Great Comet of 1819]] (C/1819 N1). It was the first comet analyzed using polarimetry, by François Arago.
File:Great Comet of 1819 by Kendall.jpg|link=Great Comet of 1819 (nonfiction)|1819 Jul. 1: Johann Georg Tralles discovers the [[Great Comet of 1819 (nonfiction)|Great Comet of 1819]] (C/1819 N1). It was the first comet analyzed using polarimetry, by François Arago.
File:Maria Mitchell.jpg|link=Maria Mitchell (nonfiction)|1819 Aug 1: Astronomer and academic [[Maria Mitchell (nonfiction)|Maria Mitchell]] born. She will be the first American woman to work as a professional astronomer.
File:Maria Mitchell.jpg|link=Maria Mitchell (nonfiction)|1819 Aug 1: Astronomer and academic [[Maria Mitchell (nonfiction)|Maria Mitchell]] born. She will be the first American woman to work as a professional astronomer.
Line 349: Line 371:
File:Hannibal Goodwin.jpg|link=Hannibal Goodwin (nonfiction)|1822 Apr. 21: Priest and inventor [[Hannibal Goodwin (nonfiction)|Hannibal Goodwin]] born.  He will invent and patent rolled celluloid photographic film.
File:Hannibal Goodwin.jpg|link=Hannibal Goodwin (nonfiction)|1822 Apr. 21: Priest and inventor [[Hannibal Goodwin (nonfiction)|Hannibal Goodwin]] born.  He will invent and patent rolled celluloid photographic film.
File:Jean Baptiste Joseph Delambre.png|link=Jean Baptiste Joseph Delambre (nonfiction)|1822 Aug. 19: Mathematician and astronomer [[Jean Baptiste Joseph Delambre (nonfiction)|Jean Baptiste Joseph Delambre]] dies.  He was one of the first astronomers to derive astronomical equations from analytical formulas.
File:Jean Baptiste Joseph Delambre.png|link=Jean Baptiste Joseph Delambre (nonfiction)|1822 Aug. 19: Mathematician and astronomer [[Jean Baptiste Joseph Delambre (nonfiction)|Jean Baptiste Joseph Delambre]] dies.  He was one of the first astronomers to derive astronomical equations from analytical formulas.
File:Wilhelm Bauer.gif|link=Wilhelm Bauer (nonfiction)|1822 Dec. 23: Inventor and engineer [[Wilhelm Bauer (nonfiction)|Wilhelm Bauer]] born.  He will design and build several hand-powered [[Submarine (nonfiction)|submarines]].
File:Wilhelm Bauer.gif|link=Wilhelm Bauer (nonfiction)|1822 Dec. 23: Inventor and engineer [[Wilhelm Bauer (nonfiction)|Wilhelm Bauer]] born.  He will design and build several hand-powered [[Submarine (nonfiction)|submarines]].


Line 362: Line 383:
File:Richard August Carl Emil Erlenmeyer.jpg|link=Emil Erlenmeyer (nonfiction)|1825 Jun. 28: Chemist and academic [[Emil Erlenmeyer (nonfiction)|Emil Erlenmeyer]] born. He will contribute to the early development of the theory of structure, formulating the Erlenmeyer rule, and designing the Erlenmeyer flask.
File:Richard August Carl Emil Erlenmeyer.jpg|link=Emil Erlenmeyer (nonfiction)|1825 Jun. 28: Chemist and academic [[Emil Erlenmeyer (nonfiction)|Emil Erlenmeyer]] born. He will contribute to the early development of the theory of structure, formulating the Erlenmeyer rule, and designing the Erlenmeyer flask.


File:Charles Dupin.jpg|link=Charles Dupin (nonfiction)|1873 Jan. 18: Mathematician, engineer, cartographer, economist, and politician [[Charles Dupin (nonfiction)|Charles Dupin]] dies. In 1826 created the earliest known choropleth map.
File:Tullio Levi-civita.jpg|link=Tullio Levi-Civita (nonfiction)|1873 Mar. 29: Mathematician and academic [[Tullio Levi-Civita (nonfiction)|Tullio Levi-Civita]] born. He will gain fame for his work on absolute differential calculus (tensor calculus) and its applications to the theory of relativity, and make significant contributions in other areas.
File:Georg Friedrich Bernhard Riemann.jpg|link=Bernhard Riemann (nonfiction)|1826 Sep. 17: Mathematician and academic [[Bernhard Riemann (nonfiction)|Bernhard Riemann]] born. He will make contributions to analysis, number theory, and differential geometry.
File:Georg Friedrich Bernhard Riemann.jpg|link=Bernhard Riemann (nonfiction)|1826 Sep. 17: Mathematician and academic [[Bernhard Riemann (nonfiction)|Bernhard Riemann]] born. He will make contributions to analysis, number theory, and differential geometry.


Line 373: Line 392:
File:Karl Mikhailovich Peterson.jpg|link=Karl Mikhailovich Peterson (nonfiction)|1828 May 25: Mathematician [[Karl Mikhailovich Peterson (nonfiction)|Karl Mikhailovich Peterson]] born. He will discover equations which will subsequently be named the Gauss–Codazzi equations, fundamental to the theory of embedded hypersurfaces in a Euclidean space.
File:Karl Mikhailovich Peterson.jpg|link=Karl Mikhailovich Peterson (nonfiction)|1828 May 25: Mathematician [[Karl Mikhailovich Peterson (nonfiction)|Karl Mikhailovich Peterson]] born. He will discover equations which will subsequently be named the Gauss–Codazzi equations, fundamental to the theory of embedded hypersurfaces in a Euclidean space.


File:William Stanley.jpg|link=William Stanley (nonfiction)|1829 Feb. 2: Inventor, engineer, and philanthropist [[William Stanley (nonfiction)|William Stanley]] born. He will design and manufacture precision drawing and mathematical instruments, as well as surveying instruments and telescopes.
File:William Stanley.jpg|link=William Stanley (nonfiction)|1829 Feb. 2: Inventor, engineer, and philanthropist [[William Stanley (nonfiction)|William Stanley]] born. Stanley will design and manufacture precision drawing and mathematical instruments, as well as surveying instruments and telescopes.
File:Niels_Henrik_Abel.jpg|link=Niels Henrik Abel (nonfiction)|1829 Apr. 6: Mathematician and theorist [[Niels Henrik Abel (nonfiction)|Niels Henrik Abel]] dies. Abel made pioneering contributions in a variety of fields, including the discovery of Abelian functions, and the first complete proof demonstrating the impossibility of solving the general quintic equation in radicals.
File:Typographer patent 1829.jpg|link=Typographer (typewriter) (nonfiction)|1829 Jul. 23: William Austin Burt patents the [[Typographer (typewriter) (nonfiction)|typographer]], a precursor to the typewriter.
File:Typographer patent 1829.jpg|link=Typographer (typewriter) (nonfiction)|1829 Jul. 23: William Austin Burt patents the [[Typographer (typewriter) (nonfiction)|typographer]], a precursor to the typewriter.
File:Moritz Benedikt Cantor.jpg|link=Moritz Cantor (nonfiction)|1829 Aug. 23: Mathematician and historian [[Moritz Cantor (nonfiction)|Moritz Cantor]] born. He will write ''Vorlesungen über Geschichte der Mathematik'', which traces the history of mathematics up to 1799.
File:Moritz Benedikt Cantor.jpg|link=Moritz Cantor (nonfiction)|1829 Aug. 23: Mathematician and historian [[Moritz Cantor (nonfiction)|Moritz Cantor]] born. Cantor will write ''Vorlesungen über Geschichte der Mathematik'', which traces the history of mathematics up to 1799.
File:August Kekulé.jpg|link=August Kekulé (nonfiction)|1828 Sep. 7: Organic chemist [[August Kekulé (nonfiction)|Friedrich August Kekulé]] born. Kekulé will be one of the most prominent chemists in Europe, especially in theoretical chemistry, and the principal founder of the theory of chemical structure.


File:Joseph_Fourier.jpg|link=Joseph Fourier (nonfiction)|1830 May 16: Mathematician and physicist [[Joseph Fourier (nonfiction)|Joseph Fourier]] dies. He initiated the investigation of Fourier series and their applications to problems of heat transfer and vibrations.
File:Joseph_Fourier.jpg|link=Joseph Fourier (nonfiction)|1830 May 16: Mathematician and physicist [[Joseph Fourier (nonfiction)|Joseph Fourier]] dies. Fourier initiated the investigation of Fourier series and their applications to problems of heat transfer and vibrations.


File:Samuel Bentham.jpg|link=Samuel Bentham (nonfiction)|1831 May 31: engineer and naval architect [[Samuel Bentham (nonfiction)|Samuel Bentham]] dies. He designed the first Panopticon.
File:Samuel Bentham.jpg|link=Samuel Bentham (nonfiction)|1831 May 31: Engineer and naval architect [[Samuel Bentham (nonfiction)|Samuel Bentham]] dies. He designed the first Panopticon.
File:James Clerk Maxwell.png|link=James Clerk Maxwell (nonfiction)|1831 Jun. 13: Physicist and mathematician [[James Clerk Maxwell (nonfiction)|James Clerk Maxwell]] born. His discoveries will help usher in the era of modern physics, laying the foundation for such fields as special relativity and quantum mechanics.  
File:James Clerk Maxwell.png|link=James Clerk Maxwell (nonfiction)|1831 Jun. 13: Physicist and mathematician [[James Clerk Maxwell (nonfiction)|James Clerk Maxwell]] born. Maxwell's discoveries will help usher in the era of modern physics, laying the foundation for such fields as special relativity and quantum mechanics.  
File:Sophie Germain.jpg|link=Sophie Germain (nonfiction)|1831 Jun. 27: Mathematician, physicist, and philosopher [[Sophie Germain (nonfiction)|Sophie Germain]] dies. Her work on Fermat's Last Theorem provided a foundation for mathematicians exploring the subject for hundreds of years after.
File:Sophie Germain.jpg|link=Sophie Germain (nonfiction)|1831 Jun. 27: Mathematician, physicist, and philosopher [[Sophie Germain (nonfiction)|Sophie Germain]] dies. Germain's work on Fermat's Last Theorem provided a foundation for mathematicians exploring the subject for hundreds of years after.
File:Carl Gustav Jacob Jacobi.jpg|link=Carl Gustav Jacob Jacobi (nonfiction)|1831 Sep. 11: Mathematician [[Carl Gustav Jacob Jacobi (nonfiction)|Carl Jacobi]] is appointed, after a four hour disputation in Latin, professor at the University of Konigsberg. While there he will inaugurate what is then a complete novelty in mathematics: research seminars for the more advanced students and interested colleagues.  
File:Carl Gustav Jacob Jacobi.jpg|link=Carl Gustav Jacob Jacobi (nonfiction)|1831 Sep. 11: Mathematician [[Carl Gustav Jacob Jacobi (nonfiction)|Carl Jacobi]] is appointed, after a four hour disputation in Latin, professor at the University of Konigsberg. While there Jacobi will inaugurate what is then a complete novelty in mathematics: research seminars for the more advanced students and interested colleagues.  
File:Richard Dedekind.jpg|link=Richard Dedekind (nonfiction)|1831 Oct. 6: Mathematician, philosopher, and academic [[Richard Dedekind (nonfiction)|Richard Dedekind]] born. He will make important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers.
File:Richard Dedekind.jpg|link=Richard Dedekind (nonfiction)|1831 Oct. 6: Mathematician, philosopher, and academic [[Richard Dedekind (nonfiction)|Richard Dedekind]] born. Dedekind will make important contributions to abstract algebra (particularly ring theory), algebraic number theory and the definition of the real numbers.
File:Jean-Louis_Pons.jpg|link=Jean-Louis Pons (nonfiction)|1831 Oct. 14: Astronomer [[Jean-Louis Pons (nonfiction)|Jean-Louis Pons]] dies. He was the greatest visual comet discoverer of all time: between 1801 and 1827, Pons discovered thirty-seven comets, more than any other person in history.
File:Jean-Louis_Pons.jpg|link=Jean-Louis Pons (nonfiction)|1831 Oct. 14: Astronomer [[Jean-Louis Pons (nonfiction)|Jean-Louis Pons]] dies. He was the greatest visual comet discoverer of all time: between 1801 and 1827, Pons discovered thirty-seven comets, more than any other person in history.
File:Johannes Bosscha.jpg|link=Johannes Bosscha (nonfiction)|1831 Nov. 18: Physicist [[Johannes Bosscha (nonfiction)|Johannes Bosscha Jr.]] born. He will make important investigations on galvanic polarization and the rapidity of sound waves; he will be one of the first (1855) to suggest the possibility of sending two messages simultaneously over the same wire.
File:Johannes Bosscha.jpg|link=Johannes Bosscha (nonfiction)|1831 Nov. 18: Physicist [[Johannes Bosscha (nonfiction)|Johannes Bosscha Jr.]] born. Pons will make important investigations on galvanic polarization and the rapidity of sound waves; he will be one of the first (1855) to suggest the possibility of sending two messages simultaneously over the same wire.
File:Paul Du Bois-Reymond Heidelberg.jpg|link=Paul du Bois-Reymond (nonfiction)|1831 Dec. 2: Mathematician [[Paul du Bois-Reymond (nonfiction)|Paul David Gustav du Bois-Reymond]] born. He will work on the theory of functions and in mathematical physics.
File:Paul Du Bois-Reymond Heidelberg.jpg|link=Paul du Bois-Reymond (nonfiction)|1831 Dec. 2: Mathematician [[Paul du Bois-Reymond (nonfiction)|Paul David Gustav du Bois-Reymond]] born. Heidelberg will work on the theory of functions and in mathematical physics.
File:Thomas Seebeck.jpg|link=Thomas Johann Seebeck (nonfiction)|1831 Dec. 10: Physicist and academic [[Thomas Johann Seebeck (nonfiction)|Thomas Johann Seebeck]] dies. He discovered the thermoelectric effect.
File:Thomas Seebeck.jpg|link=Thomas Johann Seebeck (nonfiction)|1831 Dec. 10: Physicist and academic [[Thomas Johann Seebeck (nonfiction)|Thomas Johann Seebeck]] dies. Seebeck discovered the thermoelectric effect.


File:Lewis Carroll.jpg|link=Lewis Carroll (nonfiction)|1832 Jan. 27: Novelist, poet, and mathematician [[Lewis Carroll (nonfiction)|Lewis Carroll]] born. He will write ''Alice's Adventures in Wonderland'', and its sequel ''Through the Looking-Glass''.
File:Lewis Carroll.jpg|link=Lewis Carroll (nonfiction)|1832 Jan. 27: Novelist, poet, and mathematician [[Lewis Carroll (nonfiction)|Lewis Carroll]] born. Carroll will write ''Alice's Adventures in Wonderland'', and its sequel ''Through the Looking-Glass''.
File:Carl Gottfried Neumann.jpg|link=Carl Gottfried Neumann (nonfiction)|1832 May 7: Mathematician [[Carl Gottfried Neumann (nonfiction)|Carl Gottfried Neumann]] born. He will study physics with his father, and later work as a mathematician, dealing almost exclusively with problems arising from physics.
File:Carl Gottfried Neumann.jpg|link=Carl Gottfried Neumann (nonfiction)|1832 May 7: Mathematician [[Carl Gottfried Neumann (nonfiction)|Carl Gottfried Neumann]] born. Neumann will study physics with his father, and later work as a mathematician, dealing almost exclusively with problems arising from physics.
File:Jean-Antoine Chaptal.jpg|link=Jean-Antoine-Claude Chaptal (nonfiction)|1832 Jul. 30: Chemist, physician, agronomist, industrialist, statesman, educator, and philanthropist [[Jean-Antoine-Claude Chaptal (nonfiction)|Jean-Antoine-Claude Chaptal]] dies.
File:Jean-Antoine Chaptal.jpg|link=Jean-Antoine-Claude Chaptal (nonfiction)|1832 Jul. 30: Chemist, physician, agronomist, industrialist, statesman, educator, and philanthropist [[Jean-Antoine-Claude Chaptal (nonfiction)|Jean-Antoine-Claude Chaptal]] dies.


File:Alfred Clebsch.jpg|link=Alfred Clebsch (nonfiction)|1833 Jan. 19: Mathematician and academic [[Alfred Clebsch (nonfiction)|Alfred Clebsch]] born.  He will make important contributions to algebraic geometry and invariant theory.
File:Alfred Clebsch.jpg|link=Alfred Clebsch (nonfiction)|1833 Jan. 19: Mathematician and academic [[Alfred Clebsch (nonfiction)|Alfred Clebsch]] born.  Clebsch will make important contributions to algebraic geometry and invariant theory.
File:Joseph_Nicéphore_Niépce.jpg|link=Nicéphore Niépce (nonfiction)|1833 Jul. 5: Inventor [[Nicéphore Niépce (nonfiction)|Nicéphore Niépce]] dies. He invented heliography, a technique which he used to create the world's oldest surviving product of a photographic process.
File:Joseph_Nicéphore_Niépce.jpg|link=Nicéphore Niépce (nonfiction)|1833 Jul. 5: Inventor [[Nicéphore Niépce (nonfiction)|Nicéphore Niépce]] dies. Niépce invented heliography, a technique which he used to create the world's oldest surviving product of a photographic process.


File:Johann Philipp Reis.jpg|link=Johann Philipp Reis (nonfiction)|1834 Jan. 7: Scientist and inventor [[Johann Philipp Reis (nonfiction)|Johann Philipp Reis]] born. He will invent the Reis Telephone.
File:Johann Philipp Reis.jpg|link=Johann Philipp Reis (nonfiction)|1834 Jan. 7: Scientist and inventor [[Johann Philipp Reis (nonfiction)|Johann Philipp Reis]] born. He will invent the Reis Telephone.
File:John Venn.jpg|link=John Venn (nonfiction)|1834 Aug. 1: Mathematician and philosopher [[John Venn (nonfiction)|John Venn]] born. He will invent the Venn diagram, now widely used set theory, probability, logic, statistics, and computer science.
File:Giovanni Aldini.jpg|link=Giovanni Aldini (nonfiction)|1834 Jan. 17: Physicist and academic [[Giovanni Aldini (nonfiction)|Giovanni Aldini]] dies. Aldini contributed to galvanism, anatomy and its medical applications, the construction and illumination of lighthouses, and the mitigation of the destructive effects of fire.
File:Georg Hermann Quincke.jpg|link=Georg Hermann Quincke (nonfiction)|1834 Nov. 19: Physicist and academic [[Georg Hermann Quincke (nonfiction)|Georg Hermann Quincke]] born. He will conduct prolonged researches on the subject of the influence of electric forces upon the constants of different forms of matter, modifying the dissociation hypothesis of Clausius.
File:John Venn.jpg|link=John Venn (nonfiction)|1834 Aug. 1: Mathematician and philosopher [[John Venn (nonfiction)|John Venn]] born. Venn will invent the Venn diagram, now widely used set theory, probability, logic, statistics, and computer science.
File:Georg Hermann Quincke.jpg|link=Georg Hermann Quincke (nonfiction)|1834 Nov. 19: Physicist and academic [[Georg Hermann Quincke (nonfiction)|Georg Hermann Quincke]] born. Quincke will conduct prolonged researches on the subject of the influence of electric forces upon the constants of different forms of matter, modifying the dissociation hypothesis of Clausius.


File:Elisha Gray.jpg|link=|1835 Aug. 2: Electrical engineer [[Elisha Gray (nonfiction)|Elisha Gray]] born. He will do pioneering work in electrical information technologies, including the [[Telephone (nonfiction)|telephone]].
File:Elisha Gray.jpg|link=|1835 Aug. 2: Electrical engineer [[Elisha Gray (nonfiction)|Elisha Gray]] born. Gray will do pioneering work in electrical information technologies, including the [[Telephone (nonfiction)|telephone]].
File:Felice Casorati.jpg|link=Felice Casorati (nonfiction)|1835 Dec. 17: [[Felice Casorati (nonfiction)|Felice Casorati]] born. Casorati will contribute the Casorati–Weierstrass theorem in complex analysis.  


File:Samuel Colt.jpg|link=Samuel Colt (nonfiction)|1836 Mar. 5: Inventor [[Samuel Colt (nonfiction)|Samuel Colt]] patents the first production-model revolver, the .34-caliber.
File:Samuel Colt.jpg|link=Samuel Colt (nonfiction)|1836 Mar. 5: Inventor [[Samuel Colt (nonfiction)|Samuel Colt]] patents the first production-model revolver, the .34-caliber.
Line 409: Line 432:
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1837 Jul. 12: The first commercial use of an [[Electrical telegraph (nonfiction)|electrical telegraph]] is successfully demonstrated in London by William Cooke and Charles Wheatstone.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1837 Jul. 12: The first commercial use of an [[Electrical telegraph (nonfiction)|electrical telegraph]] is successfully demonstrated in London by William Cooke and Charles Wheatstone.


File:Johannes Diderik van der Waals.jpg|link=Johannes Diderik van der Waals (nonfiction)|1837 Nov. 23: Theoretical physicist and academic [[Johannes Diderik van der Waals (nonfiction)|Johannes Diderik van der Waals]] born. He will win the 1910 Nobel Prize in physics for his work on the equation of state for gases and liquids.
File:Johannes Diderik van der Waals.jpg|link=Johannes Diderik van der Waals (nonfiction)|1837 Nov. 23: Theoretical physicist and academic [[Johannes Diderik van der Waals (nonfiction)|Johannes Diderik van der Waals]] born. Van der Waals will win the 1910 Nobel Prize in physics for his work on the equation of state for gases and liquids.
File:Nathaniel Bowditch.jpg|link=Nathaniel Bowditch (nonfiction)|1838 Mar. 16: American captain and mathematician [[Nathaniel Bowditch (nonfiction)|Nathaniel Bowditch]] dies.  He was a founder of modern maritime navigation; his book ''The New American Practical Navigator'', first published in 1802, is still carried on board every commissioned U.S. Naval vessel.
File:Nathaniel Bowditch.jpg|link=Nathaniel Bowditch (nonfiction)|1838 Mar. 16: American captain and mathematician [[Nathaniel Bowditch (nonfiction)|Nathaniel Bowditch]] dies.  Bowditch was a founder of modern maritime navigation; his book ''The New American Practical Navigator'', first published in 1802, is still carried on board every commissioned U.S. Naval vessel.


File:Opium War.jpg|link=First Opium War (nonfiction)|1839 Jun. 3: In Humen, China, Lin Tse-hsü destroys 1.2 million kg of opium confiscated from British merchants, preliminary to the [[First Opium War (nonfiction)|First Opium War]].
File:Opium War.jpg|link=First Opium War (nonfiction)|1839 Jun. 3: In Humen, China, Lin Tse-hsü destroys 1.2 million kg of opium confiscated from British merchants, preliminary to the [[First Opium War (nonfiction)|First Opium War]].
File:Julius Petersen.jpg|link=Julius Petersen (nonfiction)|1839 Jun. 16: Mathematician [[Julius Petersen (nonfiction)|Julius Petersen]] born.  His famous paper ''Die Theorie der regulären graphs'' will be a fundamental contribution to modern graph theory.
File:Julius Petersen.jpg|link=Julius Petersen (nonfiction)|1839 Jun. 16: Mathematician [[Julius Petersen (nonfiction)|Julius Petersen]] born.  Petersen's famous paper ''Die Theorie der regulären graphs'' will be a fundamental contribution to modern graph theory.


File:Simeon Poisson.jpg|link=Siméon Denis Poisson (nonfiction)|1840 Apr. 25: Mathematician and physicist [[Siméon Denis Poisson (nonfiction)|Siméon Denis Poisson]] dies. His memoirs on the theory of electricity and magnetism constitute a new branch of mathematical physics.
File:Simeon Poisson.jpg|link=Siméon Denis Poisson (nonfiction)|1840 Apr. 25: Mathematician and physicist [[Siméon Denis Poisson (nonfiction)|Siméon Denis Poisson]] dies. Poisson's memoirs on the theory of electricity and magnetism constitute a new branch of mathematical physics.
File:Penny Black.jpg|link=Penny Black (nonfiction)|1840 May 1: The [[Penny Black (nonfiction)|Penny Black postage stamp]] becomes valid for use in the United Kingdom of Great Britain and Ireland.
File:Penny Black.jpg|link=Penny Black (nonfiction)|1840 May 1: The [[Penny Black (nonfiction)|Penny Black postage stamp]] becomes valid for use in the United Kingdom of Great Britain and Ireland.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1840 Jun. 20: [[Samuel Morse (nonfiction)|Samuel Morse]] receives the patent for the [[Electrical telegraph (nonfiction)|telegraph]].
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1840 Jun. 20: [[Samuel Morse (nonfiction)|Samuel Morse]] receives the patent for the [[Electrical telegraph (nonfiction)|telegraph]].


File:Jørgen Jørgensen (Eckersberg).jpg|link=Jørgen Jørgensen (nonfiction)|1841 Jan. 20: Adventurer [[Jørgen Jørgensen (nonfiction)|Jørgen Jørgensen]] dies. He sailed to Iceland, declaring the country independent from Denmark and pronouncing himself its ruler, intending to found a new republic following the United States of America and France.
File:Jørgen Jørgensen (Eckersberg).jpg|link=Jørgen Jørgensen (nonfiction)|1841 Jan. 20: Adventurer [[Jørgen Jørgensen (nonfiction)|Jørgen Jørgensen]] dies. Jørgensen sailed to Iceland, declaring the country independent from Denmark and pronouncing himself its ruler, intending to found a new republic following the United States of America and France.
File:Ernst Schroeder.jpg|link=Ernst Schröder (nonfiction)|1841 Nov. 25: Mathematician and logician [[Ernst Schröder (nonfiction)|Ernst Schröder]] born. His monumental ''Vorlesungen über die Algebra der Logik'' will prepare the way for the emergence of mathematical logic as a separate discipline in the twentieth century by systematizing the various systems of formal logic of the day.
File:Johan August Arfwedson.jpg|link=Johan August Arfwedson (nonfiction)|1841 Oct.28: Chemist and academic [[Johan August Arfwedson (nonfiction)|Johan August Arfwedson]] dies. Arfwedson discovered the element lithium in 1817 by isolating it as a salt.
File:Ernst Schroeder.jpg|link=Ernst Schröder (nonfiction)|1841 Nov. 25: Mathematician and logician [[Ernst Schröder (nonfiction)|Ernst Schröder]] born. Schroeder's monumental ''Vorlesungen über die Algebra der Logik'' will prepare the way for the emergence of mathematical logic as a separate discipline in the twentieth century by systematizing the various systems of formal logic of the day.


File:Édouard Lucas.png|link=Édouard Lucas (nonfiction)|1842 Apr. 4: Mathematician [[Édouard Lucas (nonfiction)|Édouard Lucas]] born. He will study the Fibonacci sequence; the related Lucas sequences and Lucas numbers will be named after him.  
File:Édouard Lucas.png|link=Édouard Lucas (nonfiction)|1842 Apr. 4: Mathematician [[Édouard Lucas (nonfiction)|Édouard Lucas]] born. Lucas will study the Fibonacci sequence; the related Lucas sequences and Lucas numbers will be named after him.  
File:Dominique Jean Larrey.jpg|link=Dominique Jean Larrey (nonfiction)|1842 Jul. 25: Physician and surgeon [[Dominique Jean Larrey (nonfiction)|Dominique Jean Larrey]] dies.  He was an important innovator in battlefield medicine and triage, and is often considered the first modern military surgeon.
File:Dominique Jean Larrey.jpg|link=Dominique Jean Larrey (nonfiction)|1842 Jul. 25: Physician and surgeon [[Dominique Jean Larrey (nonfiction)|Dominique Jean Larrey]] dies.  Larrey was an important innovator in battlefield medicine and triage, and is often considered the first modern military surgeon.
File:Marius Sophus Lie.jpg|link=Marius Sophus Lie (nonfiction)|1842 Dec. 17: Mathematician and academic [[Marius Sophus Lie (nonfiction)|Marius Sophus Lie]] born. He will largely create the theory of continuous symmetry and apply it to the study of geometry and differential equations.
File:Charles_Cros.jpg|link=Charles Cros (nonfiction)|1842 Oct. 1: Poet and inventor [[Charles Cros (nonfiction)|Charles Cros]] born. He will pioneer sound recording, inventing the Paleophone, and investigate the transmission of graphics by telegraph.
File:Marius Sophus Lie.jpg|link=Marius Sophus Lie (nonfiction)|1842 Dec. 17: Mathematician and academic [[Marius Sophus Lie (nonfiction)|Marius Sophus Lie]] born. Lie will largely create the theory of continuous symmetry and apply it to the study of geometry and differential equations.


File:Joseph Nicollet.jpg|link=Joseph Nicollet (nonfiction)|1843 Sep. 11: Mathematician and explorer [[Joseph Nicollet (nonfiction)|Joseph Nicollet]] dies. He mapped the Upper Mississippi River basin during the 1830s.
File:Joseph Nicollet.jpg|link=Joseph Nicollet (nonfiction)|1843 Sep. 11: Mathematician and explorer [[Joseph Nicollet (nonfiction)|Joseph Nicollet]] dies. He mapped the Upper Mississippi River basin during the 1830s.
Line 430: Line 455:


File:Telegraph.jpg|link=Electrical telegraph (nonfiction) |1844 May 24: [[Samuel Morse (nonfiction)|Samuel Morse]] sends the message "What hath God wrought" (a biblical quotation, Numbers 23:23) from the Old Supreme Court Chamber in the United States Capitol to his assistant, Alfred Vail, in Baltimore, Maryland, to inaugurate a commercial [[Electrical telegraph (nonfiction) |telegraph line]] between Baltimore and Washington D.C.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction) |1844 May 24: [[Samuel Morse (nonfiction)|Samuel Morse]] sends the message "What hath God wrought" (a biblical quotation, Numbers 23:23) from the Old Supreme Court Chamber in the United States Capitol to his assistant, Alfred Vail, in Baltimore, Maryland, to inaugurate a commercial [[Electrical telegraph (nonfiction) |telegraph line]] between Baltimore and Washington D.C.
File:John Dalton by Charles Turner.jpg|link=John Dalton (nonfiction)|1844 Jul. 27: Chemist, meteorologist, and physicist [[John Dalton (nonfiction)|John Dalton]] dies. He proposed the modern atomic theory, and did research in color blindness.
File:John Dalton by Charles Turner.jpg|link=John Dalton (nonfiction)|1844 Jul. 27: Chemist, meteorologist, and physicist [[John Dalton (nonfiction)|John Dalton]] dies. Dalton proposed the modern atomic theory, and did research in color blindness.
File:Francis Baily.jpg|link=Francis Baily (nonfiction)|1844 Aug. 30: Astronomer [[Francis Baily (nonfiction)|Francis Baily]] dies.  He observed "Baily's beads" during an annular eclipse (1836).
File:Francis Baily.jpg|link=Francis Baily (nonfiction)|1844 Aug. 30: Astronomer [[Francis Baily (nonfiction)|Francis Baily]] dies.  He observed "Baily's beads" during an annular eclipse (1836).
File:Max_Noether_(between_1870_and_1875).jpg|link=Max Noether (nonfiction)|1844 Sep. 24: Mathematician [[Max Noether (nonfiction)|Max Noether]] born. Noether will contribute to algebraic geometry and the theory of algebraic functions. He will be the father of mathematician Emmy Noether.
File:Max_Noether_(between_1870_and_1875).jpg|link=Max Noether (nonfiction)|1844 Sep. 24: Mathematician [[Max Noether (nonfiction)|Max Noether]] born. Noether will contribute to algebraic geometry and the theory of algebraic functions. He will be the father of mathematician Emmy Noether.
File:Charles-Émile Reynaud.jpg|link=Charles-Émile Reynaud (nonfiction)|1844 Dec. 8: Scientist, inventor, and educator [[Charles-Émile Reynaud (nonfiction)|Charles-Émile Reynaud]] born. He will invent the Praxinoscope (an improved zoetrope) and be responsible for the first projected animated films.
File:Charles-Émile Reynaud.jpg|link=Charles-Émile Reynaud (nonfiction)|1844 Dec. 8: Scientist, inventor, and educator [[Charles-Émile Reynaud (nonfiction)|Charles-Émile Reynaud]] born. Reynaud will invent the Praxinoscope (an improved zoetrope) and be responsible for the first projected animated films.


File:Georg Cantor 1894.png|link=Georg Cantor (nonfiction)|1845 Mar. 3: Mathematician and philosopher [[Georg Cantor (nonfiction)|Georg Cantor]] born.  He will invent [[Set theory (nonfiction)|set theory]], a fundamental area of mathematical inquiry.
File:Georg Cantor 1894.png|link=Georg Cantor (nonfiction)|1845 Mar. 3: Mathematician and philosopher [[Georg Cantor (nonfiction)|Georg Cantor]] born.  He will invent [[Set theory (nonfiction)|set theory]], a fundamental area of mathematical inquiry.
Line 442: Line 467:
File:Alexander Graham Bell.jpg|link=Alexander Graham Bell (nonfiction)|1847 Mar. 3:  Engineer, inventor, and academic [[Alexander Graham Bell (nonfiction)|Alexander Graham Bell]] born. He will patent the telephone in 1876.
File:Alexander Graham Bell.jpg|link=Alexander Graham Bell (nonfiction)|1847 Mar. 3:  Engineer, inventor, and academic [[Alexander Graham Bell (nonfiction)|Alexander Graham Bell]] born. He will patent the telephone in 1876.
File:Cesare_Arzelà.jpg|link=Cesare Arzelà (nonfiction)|1847 Mar. 6: Mathematician [[Cesare Arzelà (nonfiction)|Cesare Arzelà]] born. He will contribute to the theory of functions, notably his characterization of sequences of continuous functions.
File:Cesare_Arzelà.jpg|link=Cesare Arzelà (nonfiction)|1847 Mar. 6: Mathematician [[Cesare Arzelà (nonfiction)|Cesare Arzelà]] born. He will contribute to the theory of functions, notably his characterization of sequences of continuous functions.
File:Charles Renard.jpg|link=Charles Renard (nonfiction)|1847 Nov. 23: Engineer [[Charles Renard (nonfiction)|Charles Renard]] born.  Renard will pioneer the design and construction of airships. He will also propose a set of preferred numbers now known as the Renard series.


File:Caroline_Herschel_1829.jpg|link=Caroline Herschel (nonfiction)|1848 Jan. 9: Astronomer [[Caroline Herschel (nonfiction)|Caroline Herschel]] dies. She discovered several comets, including the periodic comet 35P/Herschel-Rigollet, which bears her name.
File:Caroline_Herschel_1829.jpg|link=Caroline Herschel (nonfiction)|1848 Jan. 9: Astronomer [[Caroline Herschel (nonfiction)|Caroline Herschel]] dies. She discovered several comets, including the periodic comet 35P/Herschel-Rigollet, which bears her name.
Line 466: Line 492:
File:Ada Lovelace.jpg|link=Ada Lovelace (nonfiction)|1852 Nov. 27: Mathematician and writer [[Ada Lovelace (nonfiction)|Ada Lovelace]] dies. She did pioneering work in symbolic languages for machine processes, developing what will later be called computer programs for Charles Babbage's early mechanical general-purpose computer, the Analytical Engine.
File:Ada Lovelace.jpg|link=Ada Lovelace (nonfiction)|1852 Nov. 27: Mathematician and writer [[Ada Lovelace (nonfiction)|Ada Lovelace]] dies. She did pioneering work in symbolic languages for machine processes, developing what will later be called computer programs for Charles Babbage's early mechanical general-purpose computer, the Analytical Engine.


File:Christian Doppler.jpg|link=Christian Doppler (nonfiction)|1853 Mar. 17: Physicist and mathematician [[Christian Doppler (nonfiction)|Christian Doppler]] dies. Doppler proposed the principle (now known as the Doppler effect) that the observed frequency of a wave depends on the relative speed of the source and the observer.  He used this concept to explain the color of binary stars.
File:Hendrik_Antoon_Lorentz.jpg|link=Hendrik Lorentz (nonfiction)|1853 Jul. 18: Physicist and academic [[Hendrik Lorentz (nonfiction)|Hendrik Lorentz]] born. He will share the 1902 Nobel Prize in Physics with Pieter Zeeman for the discovery and theoretical explanation of the Zeeman effect.
File:Hendrik_Antoon_Lorentz.jpg|link=Hendrik Lorentz (nonfiction)|1853 Jul. 18: Physicist and academic [[Hendrik Lorentz (nonfiction)|Hendrik Lorentz]] born. He will share the 1902 Nobel Prize in Physics with Pieter Zeeman for the discovery and theoretical explanation of the Zeeman effect.
File:Heike Kamerlingh Onnes.jpg|link=Heike Kamerlingh Onnes (nonfiction)|1853 Sept 21: Physicist and academic [[Heike Kamerlingh Onnes (nonfiction)|Heike Kamerlingh Onnes]] born. He will receive widespread recognition for his work, including the 1913 Nobel Prize in Physics for "his investigations on the properties of matter at low temperatures which led, ''inter alia'', to the production of liquid helium".
File:Heike Kamerlingh Onnes.jpg|link=Heike Kamerlingh Onnes (nonfiction)|1853 Sept 21: Physicist and academic [[Heike Kamerlingh Onnes (nonfiction)|Heike Kamerlingh Onnes]] born. He will receive widespread recognition for his work, including the 1913 Nobel Prize in Physics for "his investigations on the properties of matter at low temperatures which led, ''inter alia'', to the production of liquid helium".
Line 473: Line 500:
File:George_Eastman.jpg|link=George Eastman (nonfiction)|1854 Jul. 12: [[George Eastman (nonfiction)|George Eastman]] born. He will found the Eastman Kodak Company and popularize the use of roll film, helping to bring photography to the mainstream.
File:George_Eastman.jpg|link=George Eastman (nonfiction)|1854 Jul. 12: [[George Eastman (nonfiction)|George Eastman]] born. He will found the Eastman Kodak Company and popularize the use of roll film, helping to bring photography to the mainstream.
File:Charles Algernon Parsons.jpg|link=Charles Algernon Parsons (nonfiction)|1854 Jun. 13: Engineer and inventor [[Charles Algernon Parsons (nonfiction)|Charles Algernon Parsons]] born. He will invent the compound steam turbine, and work on dynamo and turbine design, power generation, and optical equipment for searchlights and telescopes.
File:Charles Algernon Parsons.jpg|link=Charles Algernon Parsons (nonfiction)|1854 Jun. 13: Engineer and inventor [[Charles Algernon Parsons (nonfiction)|Charles Algernon Parsons]] born. He will invent the compound steam turbine, and work on dynamo and turbine design, power generation, and optical equipment for searchlights and telescopes.
File:Macedonio_Melloni.jpg|link=Macedonio Melloni (nonfiction)|1854 Aug. 11: Physicist and academic [[Macedonio Melloni (nonfiction)|Macedonio Melloni]] dies.  Melloni demonstrated that radiant heat has physical properties similar to those of light.


File:Sekiya Seikei.jpg|link=Sekiya Seikei (nonfiction)|1855 Jan. 28: Geologist [[Sekiya Seikei (nonfiction)|Sekiya Seikei]] born. He will be one of the first seismologists, influential in establishing the study of seismology in Japan and known for his model showing the motion of an earth-particle during an earthquake.
File:Sekiya Seikei.jpg|link=Sekiya Seikei (nonfiction)|1855 Jan. 28: Geologist [[Sekiya Seikei (nonfiction)|Sekiya Seikei]] born. He will be one of the first seismologists, influential in establishing the study of seismology in Japan and known for his model showing the motion of an earth-particle during an earthquake.
Line 486: Line 514:
File:George Cayley.jpg|link=George Cayley (nonfiction)|1857 Dec. 15: Engineer [[George Cayley (nonfiction)|George Cayley]] dies.  He did pioneering work in aeronautics, investigating and codifying the dynamics of flight.
File:George Cayley.jpg|link=George Cayley (nonfiction)|1857 Dec. 15: Engineer [[George Cayley (nonfiction)|George Cayley]] dies.  He did pioneering work in aeronautics, investigating and codifying the dynamics of flight.


File:Max Planck 1878.gif|link=Max Planck (nonfiction)|1858 Apr. 23: Physicist and academic [[Max Planck (nonfiction)|Max Planck]] born. He will make many contributions to theoretical physics, earning fame as the originator of quantum theory.
File:Ernst_Ruhmer,_Technical_World_cover_(1905).jpg|link=Ernst Ruhmer (nonfiction)|1878 Apr. 15: Physicist [[Ernst Ruhmer (nonfiction)|Ernst Ruhmer]] born. Ruhmer will invent applications for the light-sensitivity properties of selenium, including wireless telephony using line-of-sight optical transmissions, sound-on-film audio recording, and television transmissions over wires.
File:Max Planck 1878.gif|link=Max Planck (nonfiction)|1858 Apr. 23: Physicist and academic [[Max Planck (nonfiction)|Max Planck]] born. Planck will make many contributions to theoretical physics, earning fame as the originator of quantum theory.


File:Joseph Ludwig Raabe.jpg|link=Joseph Ludwig Raabe (nonfiction)|1859 Jan. 22: Mathematician [[Joseph Ludwig Raabe (nonfiction)|Joseph Ludwig Raabe]] dies. He is best known for 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)|1859 Jan. 22: Mathematician [[Joseph Ludwig Raabe (nonfiction)|Joseph Ludwig Raabe]] dies. Raabe is best known for Raabe's ratio test, which determines the convergence or divergence of an infinite series, in some cases.
File:Alexander Stepanovich Popov.jpg|link=Alexander Stepanovich Popov (nonfiction)|1859 Mar. 16: Physicist and academic [[Alexander Stepanovich Popov (nonfiction)|Alexander Stepanovich Popov]] born. He will do pioneering research in high frequency electrical phenomena; in Russia and some eastern European, he will be acclaimed as the inventor of radio.   
File:Alexander Stepanovich Popov.jpg|link=Alexander Stepanovich Popov (nonfiction)|1859 Mar. 16: Physicist and academic [[Alexander Stepanovich Popov (nonfiction)|Alexander Stepanovich Popov]] born. Popov will do pioneering research in high frequency electrical phenomena; in Russia and some eastern European, he will be acclaimed as the inventor of radio.   
File:Edmund Husserl 1910s.jpg|link=Edmund Husserl (nonfiction)|1859 Apr. 8: Mathematician and philosopher [[Edmund Husserl (nonfiction)|Edmund Husserl]] born. He will argue that transcendental consciousness sets the limits of all possible knowledge.
File:Edmund Husserl 1910s.jpg|link=Edmund Husserl (nonfiction)|1859 Apr. 8: Mathematician and philosopher [[Edmund Husserl (nonfiction)|Edmund Husserl]] born. Husserl will argue that transcendental consciousness sets the limits of all possible knowledge.
File:Joseph_Diez_Gergonne.jpg|link=Joseph Diez Gergonne (nonfiction)|1859 May 5: Mathematician and logician [[Joseph Diez Gergonne (nonfiction)|Joseph Diez Gergonne]] dies. He contributed to the principle of duality in projective geometry, by noticing that every theorem in the plane connecting points and lines corresponds to another theorem in which points and lines are interchanged, provided that the theorem embodied no metrical notions.  
File:Joseph_Diez_Gergonne.jpg|link=Joseph Diez Gergonne (nonfiction)|1859 May 5: Mathematician and logician [[Joseph Diez Gergonne (nonfiction)|Joseph Diez Gergonne]] dies. Gergonne contributed to the principle of duality in projective geometry, by noticing that every theorem in the plane connecting points and lines corresponds to another theorem in which points and lines are interchanged, provided that the theorem embodied no metrical notions.  
File:Peter Gustav Lejeune Dirichlet.jpg|link=Peter Gustav Lejeune Dirichlet (nonfiction)|1859 May 5: Mathematician [[Peter Gustav Lejeune Dirichlet (nonfiction)|Peter Gustav Lejeune Dirichlet]] dies. He made important contributions to number theory, analysis, and mechanics. Dirichlet was one of the first mathematicians to give the modern formal definition of a function.
File:Peter Gustav Lejeune Dirichlet.jpg|link=Peter Gustav Lejeune Dirichlet (nonfiction)|1859 May 5: Mathematician [[Peter Gustav Lejeune Dirichlet (nonfiction)|Peter Gustav Lejeune Dirichlet]] dies. Dirichlet made important contributions to number theory, analysis, and mechanics. Dirichlet was one of the first mathematicians to give the modern formal definition of a function.
File:Alfred Dreyfus age 76.jpg|link=Alfred Dreyfus (nonfiction)|1859 Oct. 9: [[Alfred Dreyfus (nonfiction)|Alfred Dreyfus]] born. He will be wrongly convicted of treason during the [[Dreyfus affair (nonfiction)|Dreyfus affair]].
File:Origin of Species title page.jpg|link=On the Origin of Species (nonfiction)|1859 Nov. 24: Charles Darwin publishes ''[[On the Origin of Species (nonfiction)|On the Origin of Species]]''.
File:Origin of Species title page.jpg|link=On the Origin of Species (nonfiction)|1859 Nov. 24: Charles Darwin publishes ''[[On the Origin of Species (nonfiction)|On the Origin of Species]]''.
File:Louis_Poinsot.jpg|link=Louis Poinsot (nonfiction)|1859 Dec. 5: Mathematician and physicist [[Louis Poinsot (nonfiction)|Louis Poinsot]] dies. Poinsot invented geometrical mechanics, showing how a system of forces acting on a rigid body can be resolved into a single force and a couple.
File:Louis_Poinsot.jpg|link=Louis Poinsot (nonfiction)|1859 Dec. 5: Mathematician and physicist [[Louis Poinsot (nonfiction)|Louis Poinsot]] dies. Poinsot invented geometrical mechanics, showing how a system of forces acting on a rigid body can be resolved into a single force and a couple.


János_Bolyai_-_Romanian_postage_stamp_circa_1960.jpg|link=János Bolyai (nonfiction)|1860 Jan. 27: Mathematician and academic [[János Bolyai (nonfiction)|János Bolyai]] dies. He was one of the founders of non-Euclidean geometry.
János_Bolyai_-_Romanian_postage_stamp_circa_1960.jpg|link=János Bolyai (nonfiction)|1860 Jan. 27: Mathematician and academic [[János Bolyai (nonfiction)|János Bolyai]] dies. Bolyai was one of the founders of non-Euclidean geometry.
File:James Braid.jpg|link=James Braid (nonfiction)|1860 Mar. 25: Surgeon and gentleman scientist [[James Braid (nonfiction)|James Braid]] dies. He was an important and influential pioneer of hypnotism and hypnotherapy.
File:James Braid.jpg|link=James Braid (nonfiction)|1860 Mar. 25: Surgeon and gentleman scientist [[James Braid (nonfiction)|James Braid]] dies. Braid was an important and influential pioneer of hypnotism and hypnotherapy.
File:Edouard-Léon Scott de Martinville.jpg|link=Édouard-Léon Scott de Martinville (nonfiction)|1860 Apr. 9: On his phonautograph machine, [[Édouard-Léon Scott de Martinville (nonfiction)|Édouard-Léon Scott de Martinville]] makes the oldest known recording of an audible human voice. A visual recording of audio data, it will first be played back in 2008.
File:Edouard-Léon Scott de Martinville.jpg|link=Édouard-Léon Scott de Martinville (nonfiction)|1860 Apr. 9: On his phonautograph machine, [[Édouard-Léon Scott de Martinville (nonfiction)|Édouard-Léon Scott de Martinville]] makes the oldest known recording of an audible human voice. A visual recording of audio data, it will first be played back in 2008.
File:Vito Volterra.jpg|link=Vito Volterra (nonfiction)|1860 May 3: Mathematician and physicist [[Vito Volterra (nonfiction)|Vito Volterra]] born. He will be one of the founders of functional analysis, making contributions to mathematical biology and integral equations.
File:Vito Volterra.jpg|link=Vito Volterra (nonfiction)|1860 May 3: Mathematician and physicist [[Vito Volterra (nonfiction)|Vito Volterra]] born. Volterra will be one of the founders of functional analysis, making contributions to mathematical biology and integral equations.
File:Oliver Blackburn Shallenberger.jpg|link=Oliver B. Shallenberger (nonfiction)|1860 May 7: Electrical engineer and inventor [[Oliver B. Shallenberger (nonfiction)|Oliver Blackburn Shallenberger]] born. He will invent the first successful alternating current electrical meter, which will be critical to the general acceptance of AC power.
File:Oliver Blackburn Shallenberger.jpg|link=Oliver B. Shallenberger (nonfiction)|1860 May 7: Electrical engineer and inventor [[Oliver B. Shallenberger (nonfiction)|Oliver Blackburn Shallenberger]] born. Shallenberger will invent the first successful alternating current electrical meter, which will be critical to the general acceptance of AC power.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1860 Oct. 8: [[Electrical telegraph (nonfiction)|Telegraph]] line between Los Angeles and San Francisco opens.
File:Telegraph.jpg|link=Electrical telegraph (nonfiction)|1860 Oct. 8: [[Electrical telegraph (nonfiction)|Telegraph]] line between Los Angeles and San Francisco opens.
File:Margaret Eliza Maltby circa 1908.jpg|link=Margaret Eliza Maltby (nonfiction)|1860 Dec. 10: Physicist [[Margaret Eliza Maltby (nonfiction)|Margaret Eliza Maltby]] born.  She will contribute to the measurement of high electrolytic resistances and conductivity of very dilute solutions.   
File:Margaret Eliza Maltby circa 1908.jpg|link=Margaret Eliza Maltby (nonfiction)|1860 Dec. 10: Physicist [[Margaret Eliza Maltby (nonfiction)|Margaret Eliza Maltby]] born.  Maltby will contribute to the measurement of high electrolytic resistances and conductivity of very dilute solutions.   


File:Pierre Duhem.jpg|link=Pierre Duhem (nonfiction)|1861 Jun. 9: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] born. He will write: "A theory of physics is not an explanation. It is a system of mathematical propositions, deduced from a small number of principles, which have for their aim to represent as simply, as completely and as exactly as possible, a group of experimental laws."
File:Pierre Duhem.jpg|link=Pierre Duhem (nonfiction)|1861 Jun. 9: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] born. Duhem will write: "A theory of physics is not an explanation. It is a system of mathematical propositions, deduced from a small number of principles, which have for their aim to represent as simply, as completely and as exactly as possible, a group of experimental laws."
File:Lazăr Edeleanu.png|link=Lazăr Edeleanu (nonfiction)|1861 Sep. 1: Chemist [[Lazăr Edeleanu (nonfiction)|Lazăr Edeleanu]] born. Edeleanu will invent the modern method of refining crude oil, and will be the first chemist to synthesize amphetamine.
File:Dmitry_Mirimanoff.jpg|link=Dmitry Mirimanoff (nonfiction)|1861 Sep. 13: Mathematician [[Dmitry Mirimanoff (nonfiction)|Dmitry Mirimanoff]] born. In 1917, he will introduce (though not as explicitly as John von Neumann later) the cumulative hierarchy of sets and the notion of von Neumann ordinals; although he will introduce a notion of regular (and well-founded set) he will not consider regularity as an axiom, but also explore what is now called non-well-founded set theory, and have an emergent idea of what is now called bisimulation.
File:Dmitry_Mirimanoff.jpg|link=Dmitry Mirimanoff (nonfiction)|1861 Sep. 13: Mathematician [[Dmitry Mirimanoff (nonfiction)|Dmitry Mirimanoff]] born. In 1917, he will introduce (though not as explicitly as John von Neumann later) the cumulative hierarchy of sets and the notion of von Neumann ordinals; although he will introduce a notion of regular (and well-founded set) he will not consider regularity as an axiom, but also explore what is now called non-well-founded set theory, and have an emergent idea of what is now called bisimulation.


File:Samuel Colt.jpg|link=Samuel Colt (nonfiction)|1862 Jan. 10: Engineer and businessman [[Samuel Colt (nonfiction)|Samuel Colt]] dies. He founded Colt's Manufacturing Company.
File:Samuel Colt.jpg|link=Samuel Colt (nonfiction)|1862 Jan. 10: Engineer and businessman [[Samuel Colt (nonfiction)|Samuel Colt]] dies. He founded Colt's Manufacturing Company.
File:Maurice d'Ocagne.jpg|link=Philbert Maurice d’Ocagne (nonfiction)|1862 Mar. 25: Mathematician and engineer [[Philbert Maurice d’Ocagne (nonfiction)|Philbert Maurice d’Ocagne]] born.  He will found the field of nomography, the graphic computation of algebraic equations, on charts which he will called [[Nomogram (nonfiction)|nomograms]].
File:Maurice d'Ocagne.jpg|link=Philbert Maurice d’Ocagne (nonfiction)|1862 Mar. 25: Mathematician and engineer [[Philbert Maurice d’Ocagne (nonfiction)|Philbert Maurice d'Ocagne]] born.  D'Ocagne will found the field of nomography, the graphic computation of algebraic equations, on charts which he will called [[Nomogram (nonfiction)|nomograms]].
File:William Sydney Porter.jpg|link=O. Henry (nonfiction)|1862 Sep. 11: Short story writer [[O. Henry (nonfiction)|O. Henry]], known for his surprise endings, born.  
File:William Sydney Porter.jpg|link=O. Henry (nonfiction)|1862 Sep. 11: Short story writer [[O. Henry (nonfiction)|O. Henry]], known for his surprise endings, born.  
File:John Charles Fields.jpg|link=John Charles Fields (nonfiction)|1863 May 14: Mathematician [[John Charles Fields (nonfiction)|John Charles Fields]] born.  He will found the Fields Medal for outstanding achievement in mathematics.
File:John Charles Fields.jpg|link=John Charles Fields (nonfiction)|1863 May 14: Mathematician [[John Charles Fields (nonfiction)|John Charles Fields]] born.  Fields will found the Fields Medal for outstanding achievement in mathematics.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Aug. 12: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' arrives at Charleston, South Carolina by rail. A pioneering vessel, ''Hunley'' will later played a small part in the American Civil War, revealing the advantages and the dangers of undersea warfare.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Aug. 12: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' arrives at Charleston, South Carolina by rail. A pioneering vessel, ''Hunley'' will later played a small part in the American Civil War, revealing the advantages and the dangers of undersea warfare.
File:Alexey Krylov 1910s.jpg|link=Aleksey Krylov (nonfiction)|1863 Aug. 15: Mathematician and naval engineer [[Aleksey Krylov (nonfiction)|Aleksey Krylov]] born. Fame will come to him in the 1890s, when his pioneering theory of oscillating motions of the ship becomes internationally known.  
File:Alexey Krylov 1910s.jpg|link=Aleksey Krylov (nonfiction)|1863 Aug. 15: Mathematician and naval engineer [[Aleksey Krylov (nonfiction)|Aleksey Krylov]] born. Krylove will gain fame the 1890s, when his pioneering theory of oscillating motions of the ship becomes internationally known.  
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Aug. 29: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' sinks during a test run, killing five members of her crew.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Aug. 29: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' sinks during a test run, killing five members of her crew.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Oct. 15: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' sinks for the second time, killing all eight of her second crew, including Horace Hunley himself, who was aboard at the time, even though he was not a member of the Confederate military.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|1863 Oct. 15: Confederate submarine ''[[H. L. Hunley (nonfiction)|H. L. Hunley]]'' sinks for the second time, killing all eight of her second crew, including Horace Hunley himself, who was aboard at the time, even though he was not a member of the Confederate military.
Line 543: Line 574:
File:Fritz Haber.png|link=Fritz Haber (nonfiction)|1868 Dec. 9: Chemist [[Fritz Haber (nonfiction)|Fritz Haber]] born. He will receive the Nobel Prize in Chemistry in 1918 for his invention of the Haber–Bosch process, a method used in industry to synthesize ammonia from nitrogen gas and hydrogen gas. Haber will also do pioneering work in chemical warfare, weaponizing chlorine and other poisonous gases during World War I.
File:Fritz Haber.png|link=Fritz Haber (nonfiction)|1868 Dec. 9: Chemist [[Fritz Haber (nonfiction)|Fritz Haber]] born. He will receive the Nobel Prize in Chemistry in 1918 for his invention of the Haber–Bosch process, a method used in industry to synthesize ammonia from nitrogen gas and hydrogen gas. Haber will also do pioneering work in chemical warfare, weaponizing chlorine and other poisonous gases during World War I.


File:Ernst Zermelo 1900s.jpg|link=Ernst Zermelo (nonfiction)|1871 July 27: Logician and mathematician [[Ernst Zermelo (nonfiction)|Ernst Friedrich Ferdinand Zermelo]] born. His work will have major implications for the foundations of mathematics; he will be known for his role in developing Zermelo–Fraenkel axiomatic set theory, and for his proof of the well-ordering theorem.
File:Alice Hamilton.jpg|link=Alice Hamilton (nonfiction)|1869 Feb. 27: Physician, research scientist, and author [[Alice Hamilton (nonfiction)|Alice Hamilton]] born. Hamilton will be a leading expert in the field of occupational health and a pioneer in the field of industrial toxicology.
File:Sergey Chaplygin.jpg|link=Sergey Chaplygin (nonfiction)|1869 Apr. 5: Physicist, mathematician, and engineer [[Sergey Chaplygin (nonfiction)|Sergey Chaplygin]] born. Chaplygin will be known for mathematical formulas such as Chaplygin's equation, and for a hypothetical substance in cosmology called Chaplygin gas, named after him.
File:Hebern_electric_code_machine.jpg|link=Edward Hebern (nonfiction)|1869 Apr. 23: Inventor [[Edward Hebern (nonfiction)|Edward Hugh Hebern]] born. Hebern will be a pioneer of rotor encryption machines.


File:Samuel_Morse_1840.jpg|link=Samuel Morse (nonfiction)|1872 Apr. 2: Painter and inventor [[Samuel Morse (nonfiction)|Samuel Morse]] dies.  He co-invented the Morse code.
File:Ernst Zermelo 1900s.jpg|link=Ernst Zermelo (nonfiction)|1871 July 27: Logician and mathematician [[Ernst Zermelo (nonfiction)|Ernst Friedrich Ferdinand Zermelo]] born. Zermelo's work will have major implications for the foundations of mathematics; he will be known for his role in developing Zermelo–Fraenkel axiomatic set theory, and for his proof of the well-ordering theorem.
File:Willem de Sitter.jpg|link=Willem de Sitter (nonfiction)|1872 May 6: Mathematician, physicist, and astronomer [[Willem de Sitter (nonfiction)|Willem de Sitter]] born. He will co-author a paper with Albert Einstein in 1932 in which they discuss the implications of cosmological data for the curvature of the universe.
File:Alfred Clebsch.jpg|link=Alfred Clebsch (nonfiction)|1872 Nov. 7: Mathematician [[Alfred Clebsch (nonfiction)|Alfred Clebsch]] dies. He made important contributions to algebraic geometry and invariant theory.


File:Alice Hamilton.jpg|link=Alice Hamilton (nonfiction)|1869 Feb. 27: Physician, research scientist, and author [[Alice Hamilton (nonfiction)|Alice Hamilton]] born. She will be a leading expert in the field of occupational health and a pioneer in the field of industrial toxicology.
File:Samuel_Morse_1840.jpg|link=Samuel Morse (nonfiction)|1872 Apr. 2: Painter and inventor [[Samuel Morse (nonfiction)|Samuel Morse]] dies. Morse co-invented the Morse code.
File:Sergey Chaplygin.jpg|link=Sergey Chaplygin (nonfiction)|1869 Apr. 5: Physicist, mathematician, and engineer [[Sergey Chaplygin (nonfiction)|Sergey Chaplygin]] born. He will be known for mathematical formulas such as Chaplygin's equation, and for a hypothetical substance in cosmology called Chaplygin gas, named after him.
File:Willem de Sitter.jpg|link=Willem de Sitter (nonfiction)|1872 May 6: Mathematician, physicist, and astronomer [[Willem de Sitter (nonfiction)|Willem de Sitter]] born. De Sitter will co-author a paper with Albert Einstein in 1932 in which they discuss the implications of cosmological data for the curvature of the universe.
File:Hebern_electric_code_machine.jpg|link=Edward Hebern (nonfiction)|1869 Apr. 23: Inventor [[Edward Hebern (nonfiction)|Edward Hugh Hebern]] born. He will be a pioneer of rotor encryption machines.
File:Alfred Clebsch.jpg|link=Alfred Clebsch (nonfiction)|1872 Nov. 7: Mathematician [[Alfred Clebsch (nonfiction)|Alfred Clebsch]] dies. Clebsch made important contributions to algebraic geometry and invariant theory.
File:Constantin Carathéodory.jpg|link=Constantin Carathéodory (nonfiction)|1873 Feb. 13: Mathematician and author [[Constantin Carathéodory (nonfiction)|Constantin Carathéodory]] born. He will pioneer the axiomatic formulation of thermodynamics along a purely geometrical approach.


File:Constantin Carathéodory.jpg|link=Constantin Carathéodory (nonfiction)|1873 Feb. 13: Mathematician and author [[Constantin Carathéodory (nonfiction)|Constantin Carathéodory]] born. Carathéodory will pioneer the axiomatic formulation of thermodynamics along a purely geometrical approach.
File:Charles Dupin.jpg|link=Charles Dupin (nonfiction)|1873 Jan. 18: Mathematician, engineer, cartographer, economist, and politician [[Charles Dupin (nonfiction)|Charles Dupin]] dies. In 1826 Dupin created the earliest known choropleth map.
File:Tullio Levi-civita.jpg|link=Tullio Levi-Civita (nonfiction)|1873 Mar. 29: Mathematician and academic [[Tullio Levi-Civita (nonfiction)|Tullio Levi-Civita]] born. Levi-Civita will gain fame for his work on absolute differential calculus (tensor calculus) and its applications to the theory of relativity, and make significant contributions in other areas.
File:Justus von Liebig circa 1866.jpg|link=Justus von Liebig (nonfiction)|1873 Apr. 18: Chemist and academic [[Justus von Liebig (nonfiction)|Justus von Liebig]] dies. Von Liebeg made pioneering contributions to organic chemistry, especially agricultural and biological chemistry; he is known as the "Father of the fertilizer industry".
File:John Stuart Mill circa 1870.jpg|link=John Stuart Mill (nonfiction)|1873 May 8: Economist, civil servant, and philosopher [[John Stuart Mill (nonfiction)|John Stuart Mill]] dies. He was one of the most influential thinkers in the history of liberalism, and the first Member of Parliament to call for women's suffrage.
File:John Stuart Mill circa 1870.jpg|link=John Stuart Mill (nonfiction)|1873 May 8: Economist, civil servant, and philosopher [[John Stuart Mill (nonfiction)|John Stuart Mill]] dies. He was one of the most influential thinkers in the history of liberalism, and the first Member of Parliament to call for women's suffrage.
File:Sir Francis Ronalds.jpg|link=Francis Ronalds (nonfiction)|1873 Aug. 8: Scientist, inventor, and engineer [[Francis Ronalds (nonfiction)|Francis Ronalds]] dies. He was knighted for creating the first working electric telegraph.
File:Sir Francis Ronalds.jpg|link=Francis Ronalds (nonfiction)|1873 Aug. 8: Scientist, inventor, and engineer [[Francis Ronalds (nonfiction)|Francis Ronalds]] dies. He was knighted for creating the first working electric telegraph.
Line 579: Line 613:
File:Agner Krarup Erlang.jpg|link=Agner Krarup Erlang (nonfiction)|1878 Jan. 1: Mathematician and engineer [[Agner Krarup Erlang (nonfiction)|Agner Krarup Erlang]] born. He will invent the fields of traffic engineering, queueing theory, and telephone networks analysis.
File:Agner Krarup Erlang.jpg|link=Agner Krarup Erlang (nonfiction)|1878 Jan. 1: Mathematician and engineer [[Agner Krarup Erlang (nonfiction)|Agner Krarup Erlang]] born. He will invent the fields of traffic engineering, queueing theory, and telephone networks analysis.
File:Henri Victor Regnault 1860s.jpg|link=Henri Victor Regnault (nonfiction)|1878 Jan. 19: Chemist and physicist [[Henri Victor Regnault (nonfiction)|Henri Victor Regnault]] dies.  He was an early thermodynamicist, best known for his careful measurements of the thermal properties of gases, and for mentoring William Thomson in the late 1840s.  
File:Henri Victor Regnault 1860s.jpg|link=Henri Victor Regnault (nonfiction)|1878 Jan. 19: Chemist and physicist [[Henri Victor Regnault (nonfiction)|Henri Victor Regnault]] dies.  He was an early thermodynamicist, best known for his careful measurements of the thermal properties of gases, and for mentoring William Thomson in the late 1840s.  
File:Angelo_Secchi.jpg|link=Angelo Secchi (nonfiction)|1878 Feb. 26: Astronomer and Jesuit priest [[Angelo Secchi (nonfiction)|Angelo Secchi]] dies. Secchi was a pioneer in astronomical spectroscopy, and was one of the first scientists to state authoritatively that the Sun is a star.
File:Julius Robert Mayer.jpg|link=Julius von Mayer (nonfiction)|1878 Mar. 20: Physician and physicist [[Julius von Mayer (nonfiction)|Julius Robert von Mayer]] dies. In 1842, Mayer described the vital chemical process now referred to as oxidation as the primary source of energy for any living creature. His achievements were overlooked and priority for the discovery of the mechanical equivalent of heat was attributed to James Joule in the following year.
File:Julius Robert Mayer.jpg|link=Julius von Mayer (nonfiction)|1878 Mar. 20: Physician and physicist [[Julius von Mayer (nonfiction)|Julius Robert von Mayer]] dies. In 1842, Mayer described the vital chemical process now referred to as oxidation as the primary source of energy for any living creature. His achievements were overlooked and priority for the discovery of the mechanical equivalent of heat was attributed to James Joule in the following year.
File:Arthur Scherbius.jpg|link=Arthur Scherbius (nonfiction)|1878 Oct. 30: Electrical engineer and inventor [[Arthur Scherbius (nonfiction)|Arthur Scherbius]] born. He will invent and patent the famous mechanical cipher Enigma machine.
File:Arthur Scherbius.jpg|link=Arthur Scherbius (nonfiction)|1878 Oct. 30: Electrical engineer and inventor [[Arthur Scherbius (nonfiction)|Arthur Scherbius]] born. He will invent and patent the famous mechanical cipher Enigma machine.


File:Heinrich Geissler.jpg|link=Heinrich Geißler (nonfiction)|1879 Jan. 24: Glassblower, physicist, and inventor [[Heinrich Geißler (nonfiction)|Johann Heinrich Wilhelm Geißler]] dies. He invented the [[Geissler tube (nonfiction)|Geissler tube]], made of glass and used as a low pressure gas-discharge luminescence tube.
File:Heinrich Geissler.jpg|link=Heinrich Geißler (nonfiction)|1879 Jan. 24: Glassblower, physicist, and inventor [[Heinrich Geißler (nonfiction)|Johann Heinrich Wilhelm Geißler]] dies. Geißler invented the [[Geissler tube (nonfiction)|Geissler tube]], made of glass and used as a low pressure gas-discharge luminescence tube.
File:Otto Hahn 1970.jpg|link=Otto Hahn (nonfiction)|1879 Mar. 8: Chemist and academic [[Otto Hahn (nonfiction)|Otto Hahn]] born. He will pioneer the fields of radioactivity and radiochemistry, winning the Nobel Prize in Chemistry in 1944 for the discovery and the radiochemical proof of nuclear fission.  
File:Otto Hahn 1970.jpg|link=Otto Hahn (nonfiction)|1879 Mar. 8: Chemist and academic [[Otto Hahn (nonfiction)|Otto Hahn]] born. Hahn will pioneer the fields of radioactivity and radiochemistry, winning the Nobel Prize in Chemistry in 1944 for the discovery and the radiochemical proof of nuclear fission.  
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1879 Apr. 14: Physicist, engineer, and academic [[Albert Einstein (nonfiction)|Albert Einstein]] born. He will develop the theory of relativity, one of the two pillars of modern physics (alongside quantum mechanics).
File:Albert Einstein 1921.jpg|link=Albert Einstein (nonfiction)|1879 Apr. 14: Physicist, engineer, and academic [[Albert Einstein (nonfiction)|Albert Einstein]] born. Einstein will develop the theory of relativity, one of the two pillars of modern physics (alongside quantum mechanics).
File:Edouard-Léon Scott de Martinville.jpg|link=Édouard-Léon Scott de Martinville (nonfiction)|1879 Apr. 26: Printer, bookseller, and inventor [[Édouard-Léon Scott de Martinville (nonfiction)|Édouard-Léon Scott de Martinville]] dies. He invented the phonoautograph, which records an audio signal as a photographic image.
File:Edouard-Léon Scott de Martinville.jpg|link=Édouard-Léon Scott de Martinville (nonfiction)|1879 Apr. 26: Printer, bookseller, and inventor [[Édouard-Léon Scott de Martinville (nonfiction)|Édouard-Léon Scott de Martinville]] dies. De Martinville invented the phonoautograph, which records an audio signal as a photographic image.
File:Owen Richardson.jpg|link=Owen Willans Richardson (nonfiction)|1879 Apr. 26: Physicist and academic [[Owen Willans Richardson (nonfiction)|Owen Willans Richardson]] born. He will win the 1928 Nobel Prize in Physics for his work on thermionic emission, which led to Richardson's law.
File:Owen Richardson.jpg|link=Owen Willans Richardson (nonfiction)|1879 Apr. 26: Physicist and academic [[Owen Willans Richardson (nonfiction)|Owen Willans Richardson]] born. Richardson will win the 1928 Nobel Prize in Physics for his work on thermionic emission, which led to Richardson's law.
File:Hans Hahn.jpg|link=Hans Hahn (nonfiction)|1879 Sep. 27: Mathematician and philosopher [[Hans Hahn (nonfiction)|Hans Hahn]] born. He will make contributions to functional analysis, topology, set theory, the calculus of variations, real analysis, and order theory.
File:Karl_Heinrich_Emil_Becker.jpg|link=Karl Heinrich Emil Becker (nonfiction)|1879 Sep. 14: Weapons engineer and army officer [[Karl Heinrich Emil Becker (nonfiction)|Karl Heinrich Emil Becker]] born. He will promote the integration of scientific research into military goals, notably advanced weapons design.
File:James Clerk Maxwell.png|link=James Clerk Maxwell (nonfiction)|1879 Nov. 5: Physicist and mathematician [[James Clerk Maxwell (nonfiction)|James Clerk Maxwell]] dies. His discoveries helped usher in the era of modern physics, laying the foundation for such fields as special relativity and quantum mechanics.  
File:Hans Hahn.jpg|link=Hans Hahn (nonfiction)|1879 Sep. 27: Mathematician and philosopher [[Hans Hahn (nonfiction)|Hans Hahn]] born. Hahn will make contributions to functional analysis, topology, set theory, the calculus of variations, real analysis, and order theory.
File:James Clerk Maxwell.png|link=James Clerk Maxwell (nonfiction)|1879 Nov. 5: Physicist and mathematician [[James Clerk Maxwell (nonfiction)|James Clerk Maxwell]] dies. Maxwell's discoveries helped usher in the era of modern physics, laying the foundation for such fields as special relativity and quantum mechanics.  


File:Harry Laughlin.jpg|link=Harry H. Laughlin (nonfiction)|1880 Mar. 11: American eugenicist and sociologist [[Harry H. Laughlin (nonfiction)|Harry H. Laughlin]] born. He will be the Superintendent of the Eugenics Record Office from its inception in 1910 to its closing in 1939, and among the most active individuals in influencing American eugenics policy, especially compulsory sterilization legislation.
File:Harry Laughlin.jpg|link=Harry H. Laughlin (nonfiction)|1880 Mar. 11: American eugenicist and sociologist [[Harry H. Laughlin (nonfiction)|Harry H. Laughlin]] born. He will be the Superintendent of the Eugenics Record Office from its inception in 1910 to its closing in 1939, and among the most active individuals in influencing American eugenics policy, especially compulsory sterilization legislation.
Line 601: Line 637:
File:Rotary dial telephone.jpg|link=Telephone (nonfiction)|1881 Jul. 1: The world's first international [[Telephone (nonfiction)|telephone]] call is made between St. Stephen, New Brunswick, Canada, and Calais, Maine, United States.
File:Rotary dial telephone.jpg|link=Telephone (nonfiction)|1881 Jul. 1: The world's first international [[Telephone (nonfiction)|telephone]] call is made between St. Stephen, New Brunswick, Canada, and Calais, Maine, United States.
File:Hasan Tahsini.jpg|link=Hasan Tahsini (nonfiction)|1881 Jul 3: Astronomer, mathematician, and philosopher [[Hasan Tahsini (nonfiction)|Hasan Tahsini]] dies. He was one of the most prominent scholars of the Ottoman Empire of the 19th century.
File:Hasan Tahsini.jpg|link=Hasan Tahsini (nonfiction)|1881 Jul 3: Astronomer, mathematician, and philosopher [[Hasan Tahsini (nonfiction)|Hasan Tahsini]] dies. He was one of the most prominent scholars of the Ottoman Empire of the 19th century.
File:Alexander Fleming.jpg|link=Alexander Fleming (nonfiction)|1881 Aug. 6: Biologist, pharmacologist, and botanist [[Alexander Fleming (nonfiction)|Alexander Fleming]] born. Fleming will discover the enzyme lysozyme in 1923, and the world's first broadly effective antibiotic substance benzylpenicillin (Penicillin G) in 1928, for which he will share the Nobel Prize in Physiology or Medicine in 1945 with Howard Florey and Ernst Boris Chain.
Orson_Pratt.jpg|link=Orson Pratt (nonfiction)|1881 Oct. 3: Mathematician and religious leader [[Orson Pratt (nonfiction)|Orson Pratt]] dies.  As part of his system of Mormon theology, Pratt embraced the philosophical doctrine of hylozoism.
Orson_Pratt.jpg|link=Orson Pratt (nonfiction)|1881 Oct. 3: Mathematician and religious leader [[Orson Pratt (nonfiction)|Orson Pratt]] dies.  As part of his system of Mormon theology, Pratt embraced the philosophical doctrine of hylozoism.


Line 641: Line 678:
File:Harry Nyquist.jpg|link=Harry Nyquist (nonfiction)|1889 Feb. 7: Engineer and theorist [[Harry Nyquist (nonfiction)|Harry Nyquist]] born. He will do early theoretical work on determining the bandwidth requirements for transmitting information, laying the foundations for later advances by Claude Shannon, which will lead to the development of information theory.
File:Harry Nyquist.jpg|link=Harry Nyquist (nonfiction)|1889 Feb. 7: Engineer and theorist [[Harry Nyquist (nonfiction)|Harry Nyquist]] born. He will do early theoretical work on determining the bandwidth requirements for transmitting information, laying the foundations for later advances by Claude Shannon, which will lead to the development of information theory.
File:Paul Du Bois-Reymond Heidelberg.jpg|link=Paul du Bois-Reymond (nonfiction)|1889 Apr. 7: Mathematician [[Paul du Bois-Reymond (nonfiction)|Paul David Gustav du Bois-Reymond]] dies. He worked on the theory of functions and in mathematical physics.
File:Paul Du Bois-Reymond Heidelberg.jpg|link=Paul du Bois-Reymond (nonfiction)|1889 Apr. 7: Mathematician [[Paul du Bois-Reymond (nonfiction)|Paul David Gustav du Bois-Reymond]] dies. He worked on the theory of functions and in mathematical physics.
File:Herbert Osborn Yardley.jpg|link=Herbert Yardley (nonfiction)|1889 Apr. 13: Cryptologist and author [[Herbert Yardley (nonfiction)|Herbert Yardley]] born. Yardley will found and lead the Black Chamber, a secret American government cryptographic organization which will break Japanese diplomatic codes, furnishing American negotiators with significant information during the Washington Naval Conference of 1921-1922.
File:Igor Sikorsky 1914.jpg|link=Igor Sikorsky (nonfiction)|1889 May 25: Aircraft designer [[Igor Sikorsky (nonfiction)|Igor Sikorsky]] born. He will pioneer both helicopters and fixed-wing aircraft.
File:Igor Sikorsky 1914.jpg|link=Igor Sikorsky (nonfiction)|1889 May 25: Aircraft designer [[Igor Sikorsky (nonfiction)|Igor Sikorsky]] born. He will pioneer both helicopters and fixed-wing aircraft.
File:Maria Mitchell.jpg|link=Maria Mitchell (nonfiction)|1889 Jun.28: Astronomer and academic [[Maria Mitchell (nonfiction)|Maria Mitchell]] dies. She was the first American woman to work as a professional astronomer.
File:Maria Mitchell.jpg|link=Maria Mitchell (nonfiction)|1889 Jun.28: Astronomer and academic [[Maria Mitchell (nonfiction)|Maria Mitchell]] dies. She was the first American woman to work as a professional astronomer.
Line 647: Line 685:
File:Edwin Hubble.jpg|link=Edwin Hubble (nonfiction)|1889 Nov. 20: Astronomer and cosmologist [[Edwin Hubble (nonfiction)|Edwin Hubble]] born. He will discover the fact that the Andromeda "nebula" is actually another island galaxy far outside of our own Milky Way.
File:Edwin Hubble.jpg|link=Edwin Hubble (nonfiction)|1889 Nov. 20: Astronomer and cosmologist [[Edwin Hubble (nonfiction)|Edwin Hubble]] born. He will discover the fact that the Andromeda "nebula" is actually another island galaxy far outside of our own Milky Way.


File:Felice Casorati.jpg|link=Felice Casorati (nonfiction)|1890 Sep. 11: [[Felice Casorati (nonfiction)|Felice Casorati]] dies. Casorati is best known for the Casorati–Weierstrass theorem in complex analysis.
File:Georg_Feigl.jpg|link=Georg Feigl (nonfiction)|1890 Oct. 13: Mathematician [[Georg Feigl (nonfiction)|Georg Feigl]] born. He will work on the foundations of geometry and topology, studying fixed point theorems for ''n''-dimensional manifolds. Feigl will be one of the initial authors of the ''Mathematisches Wörterbuch''.
File:Georg_Feigl.jpg|link=Georg Feigl (nonfiction)|1890 Oct. 13: Mathematician [[Georg Feigl (nonfiction)|Georg Feigl]] born. He will work on the foundations of geometry and topology, studying fixed point theorems for ''n''-dimensional manifolds. Feigl will be one of the initial authors of the ''Mathematisches Wörterbuch''.


Line 656: Line 695:
File:Stefan Banach.jpg|link=Stefan Banach (nonfiction)|1892 Mar. 30: Mathematician and academic [[Stefan Banach (nonfiction)|Stefan Banach]] born. He will be one of the founders of modern functional analysis.
File:Stefan Banach.jpg|link=Stefan Banach (nonfiction)|1892 Mar. 30: Mathematician and academic [[Stefan Banach (nonfiction)|Stefan Banach]] born. He will be one of the founders of modern functional analysis.
File:Louis de Broglie.jpg|link=Louis de Broglie (nonfiction)|1892 Aug. 15: Physicist and academic [[Louis de Broglie (nonfiction)|Louis de Broglie]] born.  He will postulate the wave nature of electrons and suggest that all matter has wave properties, winning the Nobel Prize for Physics in 1929, after the wave-like behavior of matter is first experimentally demonstrated in 1927.
File:Louis de Broglie.jpg|link=Louis de Broglie (nonfiction)|1892 Aug. 15: Physicist and academic [[Louis de Broglie (nonfiction)|Louis de Broglie]] born.  He will postulate the wave nature of electrons and suggest that all matter has wave properties, winning the Nobel Prize for Physics in 1929, after the wave-like behavior of matter is first experimentally demonstrated in 1927.
File:Edward_Victor_Appleton_(1947).jpg|link=Edward Victor Appleton (nonfiction)|1892 Sep. 6: Physicist and academic [[Edward Victor Appleton (nonfiction)|Edward Victor Appleton]] born. Appleton will make pioneering contributions to radiophysics, winning the Nobel Prize in Physics in 1947 for his seminal work proving the existence of the ionosphere during experiments carried out in 1924.
File:Arthur Compton 1927.jpg|link=Arthur Compton (nonfiction)|1892 Sep. 10:  American physicist and academic [[Arthur Compton (nonfiction)|Arthur Compton]] born. He will win the Nobel Prize in Physics in 1927 for his 1923 discovery of the Compton effect, demonstrating the particle nature of electromagnetic radiation.
File:Arthur Compton 1927.jpg|link=Arthur Compton (nonfiction)|1892 Sep. 10:  American physicist and academic [[Arthur Compton (nonfiction)|Arthur Compton]] born. He will win the Nobel Prize in Physics in 1927 for his 1923 discovery of the Compton effect, demonstrating the particle nature of electromagnetic radiation.
File:Florence Violet McKenzie in WESC uniform.jpg|link=Florence Violet McKenzie (nonfiction)|1890 (or 1892) Sep. 28: Electrical engineer [[Florence Violet McKenzie (nonfiction)|Florence Violet McKenzie]] born. She will be was Australia's first female electrical engineer, founder of the Women's Emergency Signalling Corps (WESC), and lifelong promoter for technical education for women.
File:Florence Violet McKenzie in WESC uniform.jpg|link=Florence Violet McKenzie (nonfiction)|1890 (or 1892) Sep. 28: Electrical engineer [[Florence Violet McKenzie (nonfiction)|Florence Violet McKenzie]] born. She will be was Australia's first female electrical engineer, founder of the Women's Emergency Signalling Corps (WESC), and lifelong promoter for technical education for women.
Line 662: Line 702:
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1893 Feb. 1: [[Thomas Edison (nonfiction)|Thomas A. Edison]] finishes construction of the first motion picture studio, the Black Maria in West Orange, New Jersey.
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1893 Feb. 1: [[Thomas Edison (nonfiction)|Thomas A. Edison]] finishes construction of the first motion picture studio, the Black Maria in West Orange, New Jersey.
File:Gaston_Julia.jpg|link=Gaston Julia (nonfiction)|1893 Feb. 3: Mathematician [[Gaston Julia (nonfiction)|Gaston Maurice Julia]] born. He will devise the formula for the Julia set, which consists of values such that an arbitrarily small perturbation can cause drastic changes in the sequence of iterated function values. Julia's work will later prove foundational to chaos theory.
File:Gaston_Julia.jpg|link=Gaston Julia (nonfiction)|1893 Feb. 3: Mathematician [[Gaston Julia (nonfiction)|Gaston Maurice Julia]] born. He will devise the formula for the Julia set, which consists of values such that an arbitrarily small perturbation can cause drastic changes in the sequence of iterated function values. Julia's work will later prove foundational to chaos theory.
File:Nikolai Tesla 1896.jpg|link=Nikola Tesla (nonfiction)|1893 Mar. 1: Electrical engineer [[Nikola Tesla (nonfiction)|Nikola Tesla]] gives the first public demonstration of radio in St. Louis, Missouri.
File:Nikolai Tesla 1896.jpg|link=Nikola Tesla (nonfiction)|1893 Mar. 1: Electrical engineer [[Nikola Tesla (nonfiction)|Nikola Tesla]] gives the first public demonstration of radio in St. Louis, Missouri.
File:Harald Cramér.jpg|link=Harald Cramér (nonfiction)|1893 Sep. 25: Mathematician and statistician [[Harald Cramér (nonfiction)|Harald Cramér]] born. He will help found probability theory as a branch of mathematics, writing in 1926: "The probability concept should be introduced by a purely mathematical definition, from which its fundamental properties and the classical theorems are deduced by purely mathematical operations."
File:Harald Cramér.jpg|link=Harald Cramér (nonfiction)|1893 Sep. 25: Mathematician and statistician [[Harald Cramér (nonfiction)|Harald Cramér]] born. He will help found probability theory as a branch of mathematics, writing in 1926: "The probability concept should be introduced by a purely mathematical definition, from which its fundamental properties and the classical theorems are deduced by purely mathematical operations."
File:Laurance Safford.jpg|link=Laurance Safford (nonfiction)|1893 Oct. 22: Cryptologist [[Laurance Safford (nonfiction)|Laurance Safford]] born. Safford will establish the Naval cryptologic organization after World War I, and head the effort more or less constantly until shortly after the Japanese attack on Pearl Harbor.


File:Aleksandr Khinchin.gif|link=Aleksandr Khinchin (nonfiction)|1894 Jul. 19: Mathematician and academic [[Aleksandr Khinchin (nonfiction)|Aleksandr Khinchin]] born. He will become one of the founders of modern probability theory.
File:Aleksandr Khinchin.gif|link=Aleksandr Khinchin (nonfiction)|1894 Jul. 19: Mathematician and academic [[Aleksandr Khinchin (nonfiction)|Aleksandr Khinchin]] born. He will become one of the founders of modern probability theory.
Line 681: Line 721:
File:H. H. Holmes.jpg|link=H. H. Holmes (nonfiction)|1896 May 7: Serial killer [[H. H. Holmes (nonfiction)|H. H. Holmes]] is executed for the murder of his friend and accomplice Benjamin Pitezel.
File:H. H. Holmes.jpg|link=H. H. Holmes (nonfiction)|1896 May 7: Serial killer [[H. H. Holmes (nonfiction)|H. H. Holmes]] is executed for the murder of his friend and accomplice Benjamin Pitezel.
File:Boris_Podolsky.jpg|link=Boris Podolsky (nonfiction)|1896 Jun. 29: Physicist [[Boris Podolsky (nonfiction)|Boris Yakovlevich Podolsky]] born.  He will work with [[Albert Einstein (nonfiction)|Albert Einstein]] and [[Nathan Rosen (nonfiction)|Nathan Rosen]] on entangled wave functions and the [[EPR paradox (nonfiction)|EPR paradox]].
File:Boris_Podolsky.jpg|link=Boris Podolsky (nonfiction)|1896 Jun. 29: Physicist [[Boris Podolsky (nonfiction)|Boris Yakovlevich Podolsky]] born.  He will work with [[Albert Einstein (nonfiction)|Albert Einstein]] and [[Nathan Rosen (nonfiction)|Nathan Rosen]] on entangled wave functions and the [[EPR paradox (nonfiction)|EPR paradox]].
File:August Kekulé.jpg|link=August Kekulé (nonfiction)|1896 Jul. 13: Organic chemist [[August Kekulé (nonfiction)|Friedrich August Kekulé]] dies. From the 1850s until his death, Kekulé was one of the most prominent chemists in Europe, especially in theoretical chemistry. He was the principal founder of the theory of chemical structure.
File:Emil du Bois-Reymond.jpg|link=Emil du Bois-Reymond (nonfiction)|1896 Dec. 26: Physician and physiologist [[Emil du Bois-Reymond (nonfiction)|Emil du Bois-Reymond]] dies. He discovered nerve action potential, and developed experimental electrophysiology.
File:Emil du Bois-Reymond.jpg|link=Emil du Bois-Reymond (nonfiction)|1896 Dec. 26: Physician and physiologist [[Emil du Bois-Reymond (nonfiction)|Emil du Bois-Reymond]] dies. He discovered nerve action potential, and developed experimental electrophysiology.



Latest revision as of 20:55, 12 January 2022

Timeline of non-fictional "On This Day in History" items ordered by date from 1700 AD to 1899 AD.

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

See also Early Timeline and Modern Timeline

1700s

1800s

See also Early Timeline and Modern Timeline