Timeline: Middle (nonfiction): Difference between revisions

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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.
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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.
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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).
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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.
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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.
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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. Cantor 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. Fourier 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.
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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: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: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: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: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: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. 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: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.
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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.
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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.
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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.
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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.
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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: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. 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: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: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.
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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.
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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''.


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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.
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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