Timeline: Modern (nonfiction): Difference between revisions

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File:Charles Piazzi Smyth.jpg|link=Charles Piazzi Smyth (nonfiction)|1900 Feb. 21: Astronomer [[Charles Piazzi Smyth (nonfiction)|Charles Piazzi Smyth]] dies. Smyth made innovations in astronomy, and made pyramidological and metrological studies of the Great Pyramid of Giza.
File:Howard Aiken.jpg|link=Howard H. Aiken (nonfiction)|1900 Mar. 8: Physicist and computer scientist [[Howard H. Aiken (nonfiction)|Howard H. Aiken]] born. Aiken will design the  Harvard Mark I computer.
File:Howard Aiken.jpg|link=Howard H. Aiken (nonfiction)|1900 Mar. 8: Physicist and computer scientist [[Howard H. Aiken (nonfiction)|Howard H. Aiken]] born. Aiken will design the  Harvard Mark I computer.
File:Joseph Bertrand.jpg|link=Joseph Bertrand (nonfiction)|1900 Apr. 5: Mathematician, economist, and academic [[Joseph Bertrand (nonfiction)|Joseph Louis François Bertrand]] dies. Bertrand worked in the fields of number theory, differential geometry, probability theory, economics and thermodynamics.
File:Joseph Bertrand.jpg|link=Joseph Bertrand (nonfiction)|1900 Apr. 5: Mathematician, economist, and academic [[Joseph Bertrand (nonfiction)|Joseph Louis François Bertrand]] dies. Bertrand worked in the fields of number theory, differential geometry, probability theory, economics and thermodynamics.
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File:Elisha Gray.jpg|link=|1901 Jan. 21: Electrical engineer [[Elisha Gray (nonfiction)|Elisha Gray]] dies. Gray did pioneering work in electrical information technologies, including the [[Telephone (nonfiction)|telephone]].
File:Elisha Gray.jpg|link=|1901 Jan. 21: Electrical engineer [[Elisha Gray (nonfiction)|Elisha Gray]] dies. Gray did pioneering work in electrical information technologies, including the [[Telephone (nonfiction)|telephone]].
File:Enrico Fermi 1943-49.jpg|link=Enrico Fermi (nonfiction)|1901 Sep. 29: Physicist [[Enrico Fermi (nonfiction)|Enrico Fermi]] born.  Fermi will be called the "architect of the nuclear age" and the "architect of the atomic bomb".
File:Enrico Fermi 1943-49.jpg|link=Enrico Fermi (nonfiction)|1901 Sep. 29: Physicist [[Enrico Fermi (nonfiction)|Enrico Fermi]] born.  Fermi will be called the "architect of the nuclear age" and the "architect of the atomic bomb".
File:Rear Admiral Deak Parsons.jpg|link=William Sterling Parsons (nonfiction)|1901 Nov. 26: [[William Sterling Parsons (nonfiction)|American naval officer William Sterling "Deak" Parsons]] born. Parsons will serve as an ordnance expert on the Manhattan Project during World War II.
File:Rudolf_Hell_führt_seinen_Wetterkartenschreiber_vor_(Kiel_44.592).jpg|link=Rudolf Hell (nonfiction)|1901 Dec. 9: Inventor and engineer [[Rudolf Hell (nonfiction)|Rudolf Hell]] born. Hell will invent the [[Hellschreiber (nonfiction)|Hellschreiber]], a pioneering teleprinter system. Shown here: Hell's ''Wetterkartenschreiber'' ("weather chart recorder").
File:Rudolf_Hell_führt_seinen_Wetterkartenschreiber_vor_(Kiel_44.592).jpg|link=Rudolf Hell (nonfiction)|1901 Dec. 9: Inventor and engineer [[Rudolf Hell (nonfiction)|Rudolf Hell]] born. Hell will invent the [[Hellschreiber (nonfiction)|Hellschreiber]], a pioneering teleprinter system. Shown here: Hell's ''Wetterkartenschreiber'' ("weather chart recorder").
File:Robert J. Van de Graaff.jpg|link=Robert J. Van de Graaff (nonfiction)|1901 Dec. 20: Physicist [[Robert J. Van de Graaff (nonfiction)|Robert J. Van de Graaff]] born. Van de Graaff will design design and construct high-voltage Van de Graaff generators.
File:Robert J. Van de Graaff.jpg|link=Robert J. Van de Graaff (nonfiction)|1901 Dec. 20: Physicist [[Robert J. Van de Graaff (nonfiction)|Robert J. Van de Graaff]] born. Van de Graaff will design design and construct high-voltage Van de Graaff generators.
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File:Claude Lévi-Strauss receiving Erasmus Prize (1973).jpg|link=Claude Lévi-Strauss (nonfiction)|1908 Nov. 28: Anthropologist and ethnologist [[Claude Lévi-Strauss (nonfiction)|Claude Lévi-Strauss]] born. His work will be key in the development of the theory of structuralism and structural anthropology.
File:Claude Lévi-Strauss receiving Erasmus Prize (1973).jpg|link=Claude Lévi-Strauss (nonfiction)|1908 Nov. 28: Anthropologist and ethnologist [[Claude Lévi-Strauss (nonfiction)|Claude Lévi-Strauss]] born. His work will be key in the development of the theory of structuralism and structural anthropology.


File:Hermann Minkowski.jpg|link=Hermann Minkowski (nonfiction)|1909 Jan. 12: Mathematician and academic [[Hermann Minkowski (nonfiction)|Hermann Minkowski]] dies. He showed that Albert Einstein's special theory of relativity can be understood geometrically as a theory of four-dimensional space–time, since known as the "Minkowski spacetime".
File:Hermann Minkowski.jpg|link=Hermann Minkowski (nonfiction)|1909 Jan. 12: Mathematician and academic [[Hermann Minkowski (nonfiction)|Hermann Minkowski]] dies. Minkowski showed that Albert Einstein's special theory of relativity can be understood geometrically as a theory of four-dimensional space–time, since known as the "Minkowski spacetime".
File:Richard August Carl Emil Erlenmeyer.jpg|link=Emil Erlenmeyer (nonfiction)|1909 Jan. 22: Chemist and academic [[Emil Erlenmeyer (nonfiction)|Emil Erlenmeyer]] dies. He contributed 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)|1909 Jan. 22: Chemist and academic [[Emil Erlenmeyer (nonfiction)|Emil Erlenmeyer]] dies. Erlenmeyer contributed to the early development of the theory of structure, formulating the Erlenmeyer rule, and designing the Erlenmeyer flask.
File:Nathan Rosen.jpg|link=Nathan Rosen (nonfiction)|1909 Mar 29: Physicist [[Nathan Rosen (nonfiction)|Nathan Rosen]] born.  He will develop the idea of the Einstein–Rosen bridge, later named the wormhole.
File:Nathan Rosen.jpg|link=Nathan Rosen (nonfiction)|1909 Mar 29: Physicist [[Nathan Rosen (nonfiction)|Nathan Rosen]] born.  Rose will develop the idea of the Einstein–Rosen bridge, later named the wormhole.
File:William Stanley.jpg|link=William Stanley (nonfiction)|1909 Aug. 14: Inventor, engineer, and philanthropist [[William Stanley (nonfiction)|William Stanley]] dies. He designed and manufactured precision drawing and mathematical instruments, as well as surveying instruments and telescopes.
Jerzy_Rozycki.jpg|link=Jerzy Różycki|1909 Jul. 24: Mathematician and cryptologist [[Jerzy Różycki (nonfiction)|Jerzy Różycki]] born. Różycki will work at breaking German Enigma-machine ciphers before and during World War II.
File:Nikolay_Bogolyubov.jpg|link=Nikolay Bogolyubov (nonfiction)|1909 Aug. 21: Mathematician and physicist [[Nikolay Bogolyubov (nonfiction)|Nikolay Bogolyubov]] born. His method of teaching, based on creation of a warm atmosphere, politeness, and kindness, will be renowned in Russia as the "Bogolyubov approach".
File:William Stanley.jpg|link=William Stanley (nonfiction)|1909 Aug. 14: Inventor, engineer, and philanthropist [[William Stanley (nonfiction)|William Stanley]] dies. Stanley designed and manufactured precision drawing and mathematical instruments, as well as surveying instruments and telescopes.
File:Nikolay_Bogolyubov.jpg|link=Nikolay Bogolyubov (nonfiction)|1909 Aug. 21: Mathematician and physicist [[Nikolay Bogolyubov (nonfiction)|Nikolay Bogolyubov]] born. Bogolyubov method of teaching, based on creation of a warm atmosphere, politeness, and kindness, will be renowned in Russia as the "Bogolyubov approach".
File:Marguerite Perey.jpg|link=Marguerite Perey (nonfiction)|1909 Oct. 19: Physicist and chemist [[Marguerite Perey (nonfiction)|Marguerite Perey]] born. Perey will discover the element francium while purifying samples of lanthanum.  
File:Marguerite Perey.jpg|link=Marguerite Perey (nonfiction)|1909 Oct. 19: Physicist and chemist [[Marguerite Perey (nonfiction)|Marguerite Perey]] born. Perey will discover the element francium while purifying samples of lanthanum.  


File:William Shockley.jpg|link=William Shockley (nonfiction)|1910 Feb. 13: Physicist and inventor [[William Shockley (nonfiction)|William Shockley]] born. He will share the 1956 Nobel Prize in Physics for the invention of the [[Point-contact transistor (nonfiction)|point-contact transistor]].  
File:William Shockley.jpg|link=William Shockley (nonfiction)|1910 Feb. 13: Physicist and inventor [[William Shockley (nonfiction)|William Shockley]] born. Shockley will share the 1956 Nobel Prize in Physics for the invention of the [[Point-contact transistor (nonfiction)|point-contact transistor]].  
File:Charles Critchfield ID badge.png|link=Charles Critchfield (nonfiction)|1910 Jun. 7: Mathematical physicist [[Charles Critchfield (nonfiction)|Charles Critchfield]] born. He will work on the Manhattan Project, designing and testing the "Urchin" neutron initiator which provides the burst of neutrons that kick-starts the nuclear detonation of the Fat Man weapon.
File:Charles Critchfield ID badge.png|link=Charles Critchfield (nonfiction)|1910 Jun. 7: Mathematical physicist [[Charles Critchfield (nonfiction)|Charles Critchfield]] born. Critchfield will work on the Manhattan Project, designing and testing the "Urchin" neutron initiator which provides the burst of neutrons that kick-starts the nuclear detonation of the Fat Man weapon.
File:M._S._Bartlett.png|link=M. S. Bartlett (nonfiction)|1910 Jun. 18: Statistician [[M. S. Bartlett (nonfiction)|Maurice Stevenson Bartlett]] born. Bartlett will make contributions to the analysis of data with spatial and temporal patterns, the theory of statistical inference, and multivariate analysis.
File:M._S._Bartlett.png|link=M. S. Bartlett (nonfiction)|1910 Jun. 18: Statistician [[M. S. Bartlett (nonfiction)|Maurice Stevenson Bartlett]] born. Bartlett will make contributions to the analysis of data with spatial and temporal patterns, the theory of statistical inference, and multivariate analysis.
File:Konrad Zuse (1992).jpg|link=Konrad Zuse (nonfiction)|1910 Jun. 22: Engineer, inventor, and pioneering computer scientist [[Konrad Zuse (nonfiction)|Konrad Zuse]] born. He will invent the Z3, the world's first working programmable, fully automatic computer.
File:Konrad Zuse (1992).jpg|link=Konrad Zuse (nonfiction)|1910 Jun. 22: Engineer, inventor, and pioneering computer scientist [[Konrad Zuse (nonfiction)|Konrad Zuse]] born. Zuse will invent the Z3, the world's first working programmable, fully automatic computer.
File:Julius Petersen.jpg|link=Julius Petersen (nonfiction)|1910 Aug 5: Mathematician [[Julius Petersen (nonfiction)|Julius Petersen]] dies.  His famous paper ''Die Theorie der regulären graphs'' is a fundamental contribution to modern graph theory.
File:Julius Petersen.jpg|link=Julius Petersen (nonfiction)|1910 Aug 5: Mathematician [[Julius Petersen (nonfiction)|Julius Petersen]] dies.  Petersen's famous paper ''Die Theorie der regulären graphs'' is a fundamental contribution to modern graph theory.
File:Pál Turán.jpg|link=Pál Turán (nonfiction)|1910 Aug. 18: Mathematician [[Pál Turán (nonfiction)|Pál Turán]] born. He will work primarily in number theory, but also contribute to analysis and graph theory.
File:Pál Turán.jpg|link=Pál Turán (nonfiction)|1910 Aug. 18: Mathematician [[Pál Turán (nonfiction)|Pál Turán]] born. Turán will work primarily in number theory, but also contribute to analysis and graph theory.
File:Nathan Jacobson.jpg|link=Nathan Jacobson (nonfiction)|1910 Oct. 5: Mathematician [[Nathan Jacobson (nonfiction)|Nathan Jacobson]] born. He will conduct research on the structure theory of rings without finiteness conditions--a subject closely related to the theory of algebras--which will transform the approach to classical results and break ground for solutions to problems inaccessible by previous methods.
File:Nathan Jacobson.jpg|link=Nathan Jacobson (nonfiction)|1910 Oct. 5: Mathematician [[Nathan Jacobson (nonfiction)|Nathan Jacobson]] born. Jacobson will conduct research on the structure theory of rings without finiteness conditions--a subject closely related to the theory of algebras--which will transform the approach to classical results and break ground for solutions to problems inaccessible by previous methods.
File:Subrahmanyan Chandrasekhar.png|link=Subrahmanyan Chandrasekhar (nonfiction)|1910 Oct. 18: Astrophysicist, astronomer, and mathematician [[Subrahmanyan Chandrasekhar (nonfiction)|Subrahmanyan Chandrasekhar]] born. He will share the 1983 Nobel Prize for Physics "for his theoretical studies of the physical processes of importance to the structure and evolution of the stars".  
File:Subrahmanyan Chandrasekhar.png|link=Subrahmanyan Chandrasekhar (nonfiction)|1910 Oct. 18: Astrophysicist, astronomer, and mathematician [[Subrahmanyan Chandrasekhar (nonfiction)|Subrahmanyan Chandrasekhar]] born. Chandrasekhar will share the 1983 Nobel Prize for Physics "for his theoretical studies of the physical processes of importance to the structure and evolution of the stars".  
File:Louis Slotin.jpg|link=Louis Slotin (nonfiction)|1910 Dec. 1: Physicist [[Louis Slotin (nonfiction)|Louis Slotin]] born. He will be fatally irradiated in a criticality incident during an experiment with the demon core at Los Alamos National Laboratory.
File:Louis Slotin.jpg|link=Louis Slotin (nonfiction)|1910 Dec. 1: Physicist [[Louis Slotin (nonfiction)|Louis Slotin]] born. Slotin will be fatally irradiated in a criticality incident during an experiment with the demon core at Los Alamos National Laboratory.
File:Francis Galton 1850s.jpg|link=Francis Galton (nonfiction)|1911 Jan. 17: Statistician, progressive, polymath, sociologist, psychologist, anthropologist, eugenicist, tropical explorer, geographer, inventor, meteorologist, proto-geneticist, and psychometrician [[Francis Galton (nonfiction)|Francis Galton]] dies.
File:Francis Galton 1850s.jpg|link=Francis Galton (nonfiction)|1911 Jan. 17: Statistician, progressive, polymath, sociologist, psychologist, anthropologist, eugenicist, tropical explorer, geographer, inventor, meteorologist, proto-geneticist, and psychometrician [[Francis Galton (nonfiction)|Francis Galton]] dies.
File:Sakata Shoichi.jpg|link=Shoichi Sakata (nonfiction)|1911 Jan. 18: Physicist [[Shoichi Sakata (nonfiction)|Shoichi Sakata]] born. Sakata will contribute theoretical work on the structure of the atom, proposing the Sakata model, an early precursor to the quark model. After World War II he will campaign for the peaceful uses of nuclear power.
File:Sakata Shoichi.jpg|link=Shoichi Sakata (nonfiction)|1911 Jan. 18: Physicist [[Shoichi Sakata (nonfiction)|Shoichi Sakata]] born. Sakata will contribute theoretical work on the structure of the atom, proposing the Sakata model, an early precursor to the quark model. After World War II he will campaign for the peaceful uses of nuclear power.
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File:Gustav Hahn - 1913 Great Meteor Procession.jpg|link=1913 Great Meteor Procession (nonfiction)|1913 Feb. 9: A [[1913 Great Meteor Procession (nonfiction)|group of meteors is visible across much of the eastern seaboard of North and South America]], leading astronomers to conclude the source had been a small, short-lived natural satellite of the Earth.
File:Gustav Hahn - 1913 Great Meteor Procession.jpg|link=1913 Great Meteor Procession (nonfiction)|1913 Feb. 9: A [[1913 Great Meteor Procession (nonfiction)|group of meteors is visible across much of the eastern seaboard of North and South America]], leading astronomers to conclude the source had been a small, short-lived natural satellite of the Earth.
File:Arnold Flammersfeld.jpg|link=Arnold  Flammersfeld (nonfiction)|1913 Feb. 10: Nuclear physicist [[Arnold  Flammersfeld (nonfiction)|Arnold Flammersfeld]] born. Flammersfeld will work on the German nuclear energy project during World War II.
File:Paul Erdős.jpg|link=Paul Erdős (nonfiction)|1913 Mar. 26: Mathematician and academic [[Paul Erdős (nonfiction)|Paul Erdős]] born. Erdős will firmly believe mathematics to be a social activity, living an itinerant lifestyle with the sole purpose of writing mathematical papers with other mathematicians.
File:Paul Erdős.jpg|link=Paul Erdős (nonfiction)|1913 Mar. 26: Mathematician and academic [[Paul Erdős (nonfiction)|Paul Erdős]] born. Erdős will firmly believe mathematics to be a social activity, living an itinerant lifestyle with the sole purpose of writing mathematical papers with other mathematicians.
File:Ernst_Ruhmer,_Technical_World_cover_(1905).jpg|link=Ernst Ruhmer (nonfiction)|1913 Apr. 8: Physicist [[Ernst Ruhmer (nonfiction)|Ernst Ruhmer]] dies. Ruhmer invented 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:Ernst_Ruhmer,_Technical_World_cover_(1905).jpg|link=Ernst Ruhmer (nonfiction)|1913 Apr. 8: Physicist [[Ernst Ruhmer (nonfiction)|Ernst Ruhmer]] dies. Ruhmer invented 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.
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File:Charles Wright Mills.jpg|link=C. Wright Mills (nonfiction)|1916 Aug. 28: Sociologist and author [[C. Wright Mills (nonfiction)|C. Wright Mills]] born. Mills will publish widely in popular and intellectual journals, advocating public and political engagement over disinterested observation.
File:Charles Wright Mills.jpg|link=C. Wright Mills (nonfiction)|1916 Aug. 28: Sociologist and author [[C. Wright Mills (nonfiction)|C. Wright Mills]] born. Mills will publish widely in popular and intellectual journals, advocating public and political engagement over disinterested observation.
File:Pierre Duhem.jpg|link=Pierre Duhem (nonfiction)|1916 Sep. 14: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] dies. Durham wrote: "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)|1916 Sep. 14: Physicist, mathematician, and historian [[Pierre Duhem (nonfiction)|Pierre Duhem]] dies. Durham wrote: "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:Jack London 1903.jpg|link=Jack London (nonfiction)|1916 Nov. 22: Author [[Jack London (nonfiction)|Jack London]] dies. London was one of the first fiction writers to obtain worldwide celebrity and a large fortune from his fiction alone.
File:Jack London 1903.jpg|link=Jack London (nonfiction)|1916 Nov. 22: Author [[Jack London (nonfiction)|Jack London]] dies. London was one of the first fiction writers to obtain worldwide celebrity and a large fortune from his fiction alone.
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File:Georg Cantor 1894.png|link=Georg Cantor (nonfiction)|1918 Jan. 6: Mathematician and philosopher [[Georg Cantor (nonfiction)|Georg Cantor]] dies.  Cantor invented [[Set theory (nonfiction)|set theory]], a fundamental area of mathematical inquiry.
File:Georg Cantor 1894.png|link=Georg Cantor (nonfiction)|1918 Jan. 6: Mathematician and philosopher [[Georg Cantor (nonfiction)|Georg Cantor]] dies.  Cantor invented [[Set theory (nonfiction)|set theory]], a fundamental area of mathematical inquiry.
File:Charles-Émile Reynaud.jpg|link=Charles-Émile Reynaud (nonfiction)|1918 Jan. 9: Scientist, inventor, and educator [[Charles-Émile Reynaud (nonfiction)|Charles-Émile Reynaud]] dies. Reynaud invented the Praxinoscope (an improved zoetrope) and was responsible for the first projected animated films.
File:Charles-Émile Reynaud.jpg|link=Charles-Émile Reynaud (nonfiction)|1918 Jan. 9: Scientist, inventor, and educator [[Charles-Émile Reynaud (nonfiction)|Charles-Émile Reynaud]] dies. Reynaud invented the Praxinoscope (an improved zoetrope) and was responsible for the first projected animated films.
File:Harry Hinsley.jpg|link=Harry Hinsley (nonfiction)|1918 Nov. 26: Historian and cryptanalyst [[Harry Hinsley (nonfiction)|Francis Harry Hinsley]] born. Hinsley will work at Bletchley Park during the Second World War, and write widely on the history of international relations and British Intelligence during the war.
File:Katherine_Johnson_at_NASA_(1966).jpg|link=Katherine Johnson (nonfiction)|1918 Aug. 26: Physicist and mathematician [[Katherine Johnson (nonfiction)|Katherine Johnson]] born.  Johnson will compute orbital mechanics as a NASA employee which will be critical to the success of the first and subsequent U.S. crewed spaceflights; she will also pioneer the use of computers to perform these tasks.
File:Katherine_Johnson_at_NASA_(1966).jpg|link=Katherine Johnson (nonfiction)|1918 Aug. 26: Physicist and mathematician [[Katherine Johnson (nonfiction)|Katherine Johnson]] born.  Johnson will compute orbital mechanics as a NASA employee which will be critical to the success of the first and subsequent U.S. crewed spaceflights; she will also pioneer the use of computers to perform these tasks.
File:E. Howard Hunt.jpg|link=E. Howard Hunt (nonfiction)|1918 Oct. 9: CIA officer and author [[E. Howard Hunt (nonfiction)|E. Howard Hunt]] born. Along with G. Gordon Liddy, Hunt will plot the [[Watergate scandal (nonfiction)|Watergate burglaries and other undercover operations for the Nixon administration]].  
File:E. Howard Hunt.jpg|link=E. Howard Hunt (nonfiction)|1918 Oct. 9: CIA officer and author [[E. Howard Hunt (nonfiction)|E. Howard Hunt]] born. Along with G. Gordon Liddy, Hunt will plot the [[Watergate scandal (nonfiction)|Watergate burglaries and other undercover operations for the Nixon administration]].  
File:Cloquet Minnesota after the 1918 fire.jpg|link=Cloquet fire|1918 Oct. 12: A [[Cloquet fire (nonfiction)|massive forest fire kills 453 people in Cloquet, Minnesota]].
File:Aleksandr Ljapunov.jpg|link=Aleksandr Lyapunov (nonfiction)|1918 Nov. 3: Mathematician and physicist [[Aleksandr Lyapunov (nonfiction)|Aleksandr Lyapunov]] dies. Lyapunov contributed to several fields, including differential equations, potential theory, dynamical systems and probability theory. His main preoccupations were the stability of equilibria and the motion of mechanical systems, and the study of particles under the influence of gravity.
File:Aleksandr Ljapunov.jpg|link=Aleksandr Lyapunov (nonfiction)|1918 Nov. 3: Mathematician and physicist [[Aleksandr Lyapunov (nonfiction)|Aleksandr Lyapunov]] dies. Lyapunov contributed to several fields, including differential equations, potential theory, dynamical systems and probability theory. His main preoccupations were the stability of equilibria and the motion of mechanical systems, and the study of particles under the influence of gravity.
File:Madeleine L'Engle.jpg|link=Madeleine L'Engle (nonfiction)|1918 Nov. 29: Writer [[Madeleine L'Engle (nonfiction)|Madeleine L'Engle]] born. She will write the Newbery Medal-winning ''A Wrinkle in Time'' and its sequels.
File:Madeleine L'Engle.jpg|link=Madeleine L'Engle (nonfiction)|1918 Nov. 29: Writer [[Madeleine L'Engle (nonfiction)|Madeleine L'Engle]] born. She will write the Newbery Medal-winning ''A Wrinkle in Time'' and its sequels.
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File:Marc_Julia.jpg|link=Marc Julia (nonfiction)|1922 Oct. 22: Chemist [[Marc Julia (nonfiction)|Marc Julia]] born.  Julia (along with his colleague Jean-Marc Paris) will discover the Julia olefination reaction in 1973.  
File:Marc_Julia.jpg|link=Marc Julia (nonfiction)|1922 Oct. 22: Chemist [[Marc Julia (nonfiction)|Marc Julia]] born.  Julia (along with his colleague Jean-Marc Paris) will discover the Julia olefination reaction in 1973.  
File:Imre Lakatos.jpg|link=Imre Lakatos (nonfiction)|1922 Nov. 9: Mathematician, philosopher, and academic [[Imre Lakatos (nonfiction)|Imre Lakatos]] born. He will be known for his thesis of the fallibility of mathematics and its 'methodology of proofs and refutations' in its pre-axiomatic stages of development.
File:Imre Lakatos.jpg|link=Imre Lakatos (nonfiction)|1922 Nov. 9: Mathematician, philosopher, and academic [[Imre Lakatos (nonfiction)|Imre Lakatos]] born. He will be known for his thesis of the fallibility of mathematics and its 'methodology of proofs and refutations' in its pre-axiomatic stages of development.
File:Peter Mazur.jpg|link=Peter Mazur (nonfiction)|1922 Dec. 11: Physicist [[Peter Mazur (nonfiction)|Peter Mazur]] born. Mazur will pioneer the field of non-equilibrium thermodynamics.


File:Joseph Weizenbaum.jpg|link=Joseph Weizenbaum (nonfiction)|1923 Jan. 8:  Computer scientist [[Joseph Weizenbaum (nonfiction)|Joseph Weizenbaum]] born. He will become one of the fathers of modern artificial intelligence.
File:Joseph Weizenbaum.jpg|link=Joseph Weizenbaum (nonfiction)|1923 Jan. 8:  Computer scientist [[Joseph Weizenbaum (nonfiction)|Joseph Weizenbaum]] born. He will become one of the fathers of modern artificial intelligence.
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File:William C. Davidon.jpg|link=William C. Davidon (nonfiction)|1927 Mar. 18: Physicist, mathematician, and activist [[William C. Davidon (nonfiction)|William C. Davidon]] born. He will develop the first quasi-Newton algorithm, now known as the Davidon–Fletcher–Powell formula.
File:William C. Davidon.jpg|link=William C. Davidon (nonfiction)|1927 Mar. 18: Physicist, mathematician, and activist [[William C. Davidon (nonfiction)|William C. Davidon]] born. He will develop the first quasi-Newton algorithm, now known as the Davidon–Fletcher–Powell formula.
File:George Plimpton 1993.jpg|link=George Plimpton (nonfiction)|1927 Mar. 17: Journalist, writer, literary editor, and actor [[George Plimpton (nonfiction)|George Plimpton]] born. Plimpton will be famous for "participatory journalism": competing in professional sporting events, playing with the New York Philharmonic Orchestra, performing a circus trapeze act, and then recording the experience from the point of view of an amateur.
File:George Plimpton 1993.jpg|link=George Plimpton (nonfiction)|1927 Mar. 17: Journalist, writer, literary editor, and actor [[George Plimpton (nonfiction)|George Plimpton]] born. Plimpton will be famous for "participatory journalism": competing in professional sporting events, playing with the New York Philharmonic Orchestra, performing a circus trapeze act, and then recording the experience from the point of view of an amateur.
File:Elizabeth Dexter Hay.png|link=Betty Hay (nonfiction)|1927: Cell and developmental biologist [[Betty Hay (nonfiction)|Elizabeth Dexter “Betty” Hay]] born.
Hay will conduct pioneering research in limb regeneration, the role of the extracellular matrix (ECM) in cell differentiation, and epithelial-mesenchymal transitions (EMT).
File:Mendel Sachs.jpg|link=Mendel Sachs (nonfiction)|1927 Apr. 13: Theoretical physicist [[Mendel Sachs (nonfiction)|Mendel Sachs]] born. His work will include the proposal of a unified field theory that brings together the weak force, strong force, electromagnetism, and gravity.
File:Mendel Sachs.jpg|link=Mendel Sachs (nonfiction)|1927 Apr. 13: Theoretical physicist [[Mendel Sachs (nonfiction)|Mendel Sachs]] born. His work will include the proposal of a unified field theory that brings together the weak force, strong force, electromagnetism, and gravity.
File:Charles Lindbergh.jpg|link=Charles Lindbergh (nonfiction)|1927 May 21: [[Charles Lindbergh (nonfiction)|Charles Lindbergh]] touches down at Le Bourget Field in Paris, completing the world's first solo nonstop flight across the Atlantic Ocean.
File:Charles Lindbergh.jpg|link=Charles Lindbergh (nonfiction)|1927 May 21: [[Charles Lindbergh (nonfiction)|Charles Lindbergh]] touches down at Le Bourget Field in Paris, completing the world's first solo nonstop flight across the Atlantic Ocean.
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File:Herbert Wilf.jpg|link=Herbert Wilf (nonfiction)|1931 Jun. 13: Mathematician and academic [[Herbert Wilf (nonfiction)|Herbert Saul Wilf]] born. Wilf specialized in combinatorics and graph theory.  
File:Herbert Wilf.jpg|link=Herbert Wilf (nonfiction)|1931 Jun. 13: Mathematician and academic [[Herbert Wilf (nonfiction)|Herbert Saul Wilf]] born. Wilf specialized in combinatorics and graph theory.  
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|1931 Jul. 11: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] born.  Regge and G. Ponzano will develop a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this will be the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|1931 Jul. 11: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] born.  Regge and G. Ponzano will develop a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this will be the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Christopher_Riche_Evans.jpg|link=Christopher Evans (nonfiction)|1931 Oct 10: Psychologist, computer scientist, and author [[Christopher Evans (nonfiction)|Christopher Evans]] born.
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1931 Oct. 18: Inventor, engineer, and businessman [[Thomas Edison (nonfiction)|Thomas Edison]] dies. Edison developed the light bulb and the phonograph, among other inventions.
File:Thomas Edison.jpg|link=Thomas Edison (nonfiction)|1931 Oct. 18: Inventor, engineer, and businessman [[Thomas Edison (nonfiction)|Thomas Edison]] dies. Edison developed the light bulb and the phonograph, among other inventions.


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File:Tullio Levi-civita.jpg|link=Tullio Levi-Civita (nonfiction)|1941 Dec. 29: Mathematician and academic [[Tullio Levi-Civita (nonfiction)|Tullio Levi-Civita]] dies. Levi-Civita gained fame for his work on absolute differential calculus (tensor calculus) and its applications to the theory of relativity, and made significant contributions in other areas.
File:Tullio Levi-civita.jpg|link=Tullio Levi-Civita (nonfiction)|1941 Dec. 29: Mathematician and academic [[Tullio Levi-Civita (nonfiction)|Tullio Levi-Civita]] dies. Levi-Civita gained fame for his work on absolute differential calculus (tensor calculus) and its applications to the theory of relativity, and made significant contributions in other areas.


Jerzy_Rozycki.jpg|link=Jerzy Różycki|1942 Jan. 9: Mathematician and cryptologist [[Jerzy Różycki (nonfiction)|Jerzy Różycki]] dies. Różycki worked at breaking German Enigma-machine ciphers before and during World War II.
File:Atomic bombing of Japan.jpg|link=Manhattan Project (nonfiction)|1942 Aug. 13: Major General Eugene Reybold of the U.S. Army Corps of Engineers authorizes the construction of facilities that would house the "Development of Substitute Materials" project, better known as the [[Manhattan Project (nonfiction)|Manhattan Project]].
File:Atomic bombing of Japan.jpg|link=Manhattan Project (nonfiction)|1942 Aug. 13: Major General Eugene Reybold of the U.S. Army Corps of Engineers authorizes the construction of facilities that would house the "Development of Substitute Materials" project, better known as the [[Manhattan Project (nonfiction)|Manhattan Project]].
File:Plutonium pellet.jpg|link=Plutonium (nonfiction)|1942 Aug. 20: The first visible quantity of a [[Plutonium (nonfiction)|plutonium compound]], plutonium(IV) iodate, is isolated by nuclear chemists Burris Cunningham and Louis Werner.
File:Plutonium pellet.jpg|link=Plutonium (nonfiction)|1942 Aug. 20: The first visible quantity of a [[Plutonium (nonfiction)|plutonium compound]], plutonium(IV) iodate, is isolated by nuclear chemists Burris Cunningham and Louis Werner.
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File:Ernst Zermelo 1900s.jpg|link=Ernst Zermelo (nonfiction)|1953 May 21: Logician and mathematician [[Ernst Zermelo (nonfiction)|Ernst Friedrich Ferdinand Zermelo]] dies. His work had major implications for the foundations of mathematics; he is known for his role in developing Zermelo–Fraenkel axiomatic set theory, and for his proof of the well-ordering theorem.
File:Ernst Zermelo 1900s.jpg|link=Ernst Zermelo (nonfiction)|1953 May 21: Logician and mathematician [[Ernst Zermelo (nonfiction)|Ernst Friedrich Ferdinand Zermelo]] dies. His work had major implications for the foundations of mathematics; he is known for his role in developing Zermelo–Fraenkel axiomatic set theory, and for his proof of the well-ordering theorem.
File:Edwin Hubble.jpg|link=Edwin Hubble (nonfiction)|1953 Sep. 28: Astronomer and cosmologist [[Edwin Hubble (nonfiction)|Edwin Hubble]] dies. He discovered 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)|1953 Sep. 28: Astronomer and cosmologist [[Edwin Hubble (nonfiction)|Edwin Hubble]] dies. He discovered the fact that the Andromeda "nebula" is actually another island galaxy far outside of our own Milky Way.
File:Rear Admiral Deak Parsons.jpg|link=William Sterling Parsons (nonfiction)|1953 Dec. 5: [[William Sterling Parsons (nonfiction)|American naval officer William Sterling "Deak" Parsons]] dues. Parsons served as an ordnance expert on the Manhattan Project during World War II.
File:Robert Andrews Millikan.jpg|link=Robert Andrews Millikan (nonfiction)|1953 Dec. 19: Physicist [[Robert Andrews Millikan (nonfiction)|Robert Andrews Millikan]] dies. He won the Nobel Prize for Physics in 1923 for the measurement of the elementary electronic charge and for his work on the photoelectric effect.
File:Robert Andrews Millikan.jpg|link=Robert Andrews Millikan (nonfiction)|1953 Dec. 19: Physicist [[Robert Andrews Millikan (nonfiction)|Robert Andrews Millikan]] dies. He won the Nobel Prize for Physics in 1923 for the measurement of the elementary electronic charge and for his work on the photoelectric effect.


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File:Three Mile Island Nuclear Generating Station.jpg|link=Three Mile Island Nuclear Generating Station (nonfiction)|1979 Mar. 28: A coolant leak in the Unit 2 nuclear reactor of the [[Three Mile Island Nuclear Generating Station (nonfiction)|Three Mile Island Nuclear Generating Station]] leads to core overheating and a partial core meltdown.
File:Three Mile Island Nuclear Generating Station.jpg|link=Three Mile Island Nuclear Generating Station (nonfiction)|1979 Mar. 28: A coolant leak in the Unit 2 nuclear reactor of the [[Three Mile Island Nuclear Generating Station (nonfiction)|Three Mile Island Nuclear Generating Station]] leads to core overheating and a partial core meltdown.
File:1979_Sverdlovsk_anthrax_leak_-_map_of_patient_exposure.jpg|link=Sverdlovsk anthrax leak (nonfiction)|1979 Apr. 2: A Soviet bio-warfare laboratory at Sverdlovsk [[Sverdlovsk anthrax leak (nonfiction)|accidentally releases airborne anthrax spores]], killing as many as a hundred people. Soviet authorities will cover up the event; all medical records of the victims will be removed in order to hide serious violations of the Biological Weapons Convention.
File:1979_Sverdlovsk_anthrax_leak_-_map_of_patient_exposure.jpg|link=Sverdlovsk anthrax leak (nonfiction)|1979 Apr. 2: A Soviet bio-warfare laboratory at Sverdlovsk [[Sverdlovsk anthrax leak (nonfiction)|accidentally releases airborne anthrax spores]], killing as many as a hundred people. Soviet authorities will cover up the event; all medical records of the victims will be removed in order to hide serious violations of the Biological Weapons Convention.19
File:Christopher_Riche_Evans.jpg|link=Christopher Evans (nonfiction)|1979 Oct. 10: Psychologist, computer scientist, and author [[Christopher Evans (nonfiction)|Christopher Evans]] dies.  
File:Cecilia Helena Payne-Gaposchkin.jpg|link=Cecilia Payne-Gaposchkin (nonfiction)|1979 Dec. 7: Astronomer and astrophysicist [[Cecilia Payne-Gaposchkin (nonfiction)|Cecilia Payne-Gaposchkin]] dies. Payne-Gaposchkin's doctoral thesis established that hydrogen is the overwhelming constituent of stars, and accordingly the most abundant element in the universe.
File:Cecilia Helena Payne-Gaposchkin.jpg|link=Cecilia Payne-Gaposchkin (nonfiction)|1979 Dec. 7: Astronomer and astrophysicist [[Cecilia Payne-Gaposchkin (nonfiction)|Cecilia Payne-Gaposchkin]] dies. Payne-Gaposchkin's doctoral thesis established that hydrogen is the overwhelming constituent of stars, and accordingly the most abundant element in the universe.


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File:Samuel Eilenberg 1970.jpg|link=Samuel Eilenberg (nonfiction)|1998 Jan. 30: Mathematician [[Samuel Eilenberg (nonfiction)|Samuel Eilenberg]] dies.  Eilenberg co-founded category theory with Saunders Mac Lane, and proposed the Eilenberg swindle (a construction applying the telescoping cancellation idea to projective modules).
File:Samuel Eilenberg 1970.jpg|link=Samuel Eilenberg (nonfiction)|1998 Jan. 30: Mathematician [[Samuel Eilenberg (nonfiction)|Samuel Eilenberg]] dies.  Eilenberg co-founded category theory with Saunders Mac Lane, and proposed the Eilenberg swindle (a construction applying the telescoping cancellation idea to projective modules).
File:Harry Hinsley.jpg|link=Harry Hinsley (nonfiction)|1998 Feb. 16: Historian and cryptanalyst [[Harry Hinsley (nonfiction)|Francis Harry Hinsley]] dies. Hinsley worked at Bletchley Park during the Second World War, and wrote widely on the history of international relations and British Intelligence during the war.
File:Dame Mary Lucy Cartwright.jpg|link=Mary Cartwright (nonfiction)|1998 Apr. 3: Mathematician and academic [[Mary Cartwright (nonfiction)|Mary Cartwright]] dies. Cartwrighte did pioneering work in [[Chaos theory (nonfiction)|chaos theory]].
File:Dame Mary Lucy Cartwright.jpg|link=Mary Cartwright (nonfiction)|1998 Apr. 3: Mathematician and academic [[Mary Cartwright (nonfiction)|Mary Cartwright]] dies. Cartwrighte did pioneering work in [[Chaos theory (nonfiction)|chaos theory]].
File:Harry Lehmann.jpg|link=Harry Lehmann (nonfiction)|1998 Nov. 22: Physicist [[Harry Lehmann (nonfiction)|Harry Lehmann]] dies. Lehmann contributed to the LSZ reduction formula and the Källén–Lehmann spectral representation.
File:Harry Lehmann.jpg|link=Harry Lehmann (nonfiction)|1998 Nov. 22: Physicist [[Harry Lehmann (nonfiction)|Harry Lehmann]] dies. Lehmann contributed to the LSZ reduction formula and the Källén–Lehmann spectral representation.
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File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|2000 Aug. 8: Confederate submarine [[H. L. Hunley (nonfiction)|H. L. Hunley]] is raised to the surface after 136 years on the ocean floor and 30 years after its discovery by undersea explorer E. Lee Spence.
File:Confederate submarine H. L. Hunley.jpg|link=H. L. Hunley (nonfiction)|2000 Aug. 8: Confederate submarine [[H. L. Hunley (nonfiction)|H. L. Hunley]] is raised to the surface after 136 years on the ocean floor and 30 years after its discovery by undersea explorer E. Lee Spence.


File:Arnold Flammersfeld.jpg|link=Arnold  Flammersfeld (nonfiction)|2001 Jan. 5: Nuclear physicist [[Arnold  Flammersfeld (nonfiction)|Arnold Flammersfeld]] dies. Flammersfeld worked on the German nuclear energy project during World War II.
File:Tom Kilburn.jpg|link=Tom Kilburn (nonfiction)|2001 Jan. 17: Mathematician and computer scientist [[Tom Kilburn (nonfiction)|Tom Kilburn]] dies. Over the course of a productive 30-year career, he was involved in the development of five computers of great historical significance.  
File:Tom Kilburn.jpg|link=Tom Kilburn (nonfiction)|2001 Jan. 17: Mathematician and computer scientist [[Tom Kilburn (nonfiction)|Tom Kilburn]] dies. Over the course of a productive 30-year career, he was involved in the development of five computers of great historical significance.  
File:Gil Kane.jpg|link=Gil Kane (nonfiction)|2001 Jan. 31: American comic book artist [[Gil Kane (nonfiction)|Gil Kane]] dies. Kane pioneered graphic novels with his books ''His Name is...Savage'' (1968) and ''Blackmark'' (1971).
File:Gil Kane.jpg|link=Gil Kane (nonfiction)|2001 Jan. 31: American comic book artist [[Gil Kane (nonfiction)|Gil Kane]] dies. Kane pioneered graphic novels with his books ''His Name is...Savage'' (1968) and ''Blackmark'' (1971).
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File:Jacques-Louis Lions.jpg|link=Jacques-Louis Lions (nonfiction)|2001 May 17: Mathematician [[Jacques-Louis Lions (nonfiction)|Jacques-Louis Lions]] dies.  He made contributions to the theory of partial differential equations and to stochastic control.
File:Jacques-Louis Lions.jpg|link=Jacques-Louis Lions (nonfiction)|2001 May 17: Mathematician [[Jacques-Louis Lions (nonfiction)|Jacques-Louis Lions]] dies.  He made contributions to the theory of partial differential equations and to stochastic control.
File:Genesis spacecraft in collection mode.jpg|link=Genesis (spacecraft) (nonfiction)|2001 Aug. 8: NASA launches its unmanned spacecraft ''[[Genesis (spacecraft) (nonfiction)|Genesis]]''. The return capsule will crash-land in Utah on September 8, 2004, after a design flaw prevents the deployment of its drogue parachute.  
File:Genesis spacecraft in collection mode.jpg|link=Genesis (spacecraft) (nonfiction)|2001 Aug. 8: NASA launches its unmanned spacecraft ''[[Genesis (spacecraft) (nonfiction)|Genesis]]''. The return capsule will crash-land in Utah on September 8, 2004, after a design flaw prevents the deployment of its drogue parachute.  
File:Peter Mazur.jpg|link=Peter Mazur (nonfiction)|1922 Aug. 2001: Physicist [[Peter Mazur (nonfiction)|Peter Mazur]] dies. Mazur was a pioneer the field of non-equilibrium thermodynamics.
File:Genesis spacecraft in collection mode.jpg|link=Genesis (spacecraft) (nonfiction)|2001 Dec. 3: The ''[[Genesis (spacecraft) (nonfiction)|Genesis]]'' spacecraft exposes its collector arrays, beginning collection of solar wind particles. The collection process will end after 850 days, on April 1, 2004, with the spacecraft completing five halo loops around L1.
File:Genesis spacecraft in collection mode.jpg|link=Genesis (spacecraft) (nonfiction)|2001 Dec. 3: The ''[[Genesis (spacecraft) (nonfiction)|Genesis]]'' spacecraft exposes its collector arrays, beginning collection of solar wind particles. The collection process will end after 850 days, on April 1, 2004, with the spacecraft completing five halo loops around L1.
File:Betty Holberton.jpg|link=Betty Holberton (nonfiction)|2001 Dec. 8: Pioneering computer scientist and programmer [[Betty Holberton (nonfiction)|Betty Holberton]] dies. She was one of the six original programmers of ENIAC, the first general-purpose electronic digital computer, and was the inventor of breakpoints in computer debugging.
File:Betty Holberton.jpg|link=Betty Holberton (nonfiction)|2001 Dec. 8: Pioneering computer scientist and programmer [[Betty Holberton (nonfiction)|Betty Holberton]] dies. She was one of the six original programmers of ENIAC, the first general-purpose electronic digital computer, and was the inventor of breakpoints in computer debugging.
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File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2007 Mar. 24: NASA approves a mission extension for [[Stardust (spacecraft) (nonfiction)|Stardust]], sending the spacecraft to comet Tempel 1.
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2007 Mar. 24: NASA approves a mission extension for [[Stardust (spacecraft) (nonfiction)|Stardust]], sending the spacecraft to comet Tempel 1.
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2007 Jul. 3: NASA approves a mission extension for [[Stardust (spacecraft) (nonfiction)|Stardust]], sending the spacecraft to comet Tempel 1.  
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2007 Jul. 3: NASA approves a mission extension for [[Stardust (spacecraft) (nonfiction)|Stardust]], sending the spacecraft to comet Tempel 1.  
File:Elizabeth Dexter Hay.png|link=Betty Hay (nonfiction)|2007 Aug. 20: Cell and developmental biologist [[Betty Hay (nonfiction)|Elizabeth Dexter “Betty” Hay]] dies.
Hay conducted pioneering research in limb regeneration, the role of the extracellular matrix (ECM) in cell differentiation, and epithelial-mesenchymal transitions (EMT).
File:Madeleine L'Engle.jpg|link=Madeleine L'Engle (nonfiction)|2007 Sep. 6: Writer [[Madeleine L'Engle (nonfiction)|Madeleine L'Engle]] dies. She wrote the Newbery Medal-winning ''A Wrinkle in Time'' and its sequels.
File:Madeleine L'Engle.jpg|link=Madeleine L'Engle (nonfiction)|2007 Sep. 6: Writer [[Madeleine L'Engle (nonfiction)|Madeleine L'Engle]] dies. She wrote the Newbery Medal-winning ''A Wrinkle in Time'' and its sequels.
File:Dawn spacecraft model.png|link=Dawn (spacecraft) (nonfiction)|2007 Sep. 27: NASA launches the ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' space probe. It is NASA's first purely exploratory mission to use ion propulsion. ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' will study Vesta and Ceres, two of the three known protoplanets of the asteroid belt.
File:Dawn spacecraft model.png|link=Dawn (spacecraft) (nonfiction)|2007 Sep. 27: NASA launches the ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' space probe. It is NASA's first purely exploratory mission to use ion propulsion. ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' will study Vesta and Ceres, two of the three known protoplanets of the asteroid belt.
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File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|2012 Oct. 3: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] dies.  He is generally credited with the insight that a solid sub-critical mass of plutonium could be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.  
File:Robert F. Christy Los Alamos ID.png|link=Robert F. Christy (nonfiction)|2012 Oct. 3: Physicist and astrophysicist [[Robert F. Christy (nonfiction)|Robert F. Christy]] dies.  He is generally credited with the insight that a solid sub-critical mass of plutonium could be explosively compressed into supercriticality, a great simplification of earlier concepts of implosion requiring hollow shells.  


File:George E P Box.jpg|link=George E. P. Box (nonfiction)|2013 Mar. 28: Statistician and educator [[George E. P. Box (nonfiction)|George E. P. Box]] dies. He has been called "one of the great statistical minds of the 20th century".
File:George E P Box.jpg|link=George E. P. Box (nonfiction)|2013 Mar. 28: Statistician and educator [[George E. P. Box (nonfiction)|George E. P. Box]] dies. Box has been called "one of the great statistical minds of the 20th century".
File:John Riedl.jpg|link=John T. Riedl (nonfiction)|2013 Jul. 15: Computer scientist and academic [[John T. Riedl (nonfiction)|John T. Riedl]] dies. He was a founder of the field of recommender systems, social computing, and interactive intelligent user interface systems.  
File:John Riedl.jpg|link=John T. Riedl (nonfiction)|2013 Jul. 15: Computer scientist and academic [[John T. Riedl (nonfiction)|John T. Riedl]] dies. Riedel was a founder of the field of recommender systems, social computing, and interactive intelligent user interface systems.  
File:Seamus Heaney 1970.jpg|link=Seamus Heaney (nonfiction)|2013 30 Aug: Poet, playwright, translator, and lecturer [[Seamus Heaney (nonfiction)|Seamus Heaney]] dies. He received the 1995 Nobel Prize in Literature.
File:Seamus Heaney 1970.jpg|link=Seamus Heaney (nonfiction)|2013 30 Aug: Poet, playwright, translator, and lecturer [[Seamus Heaney (nonfiction)|Seamus Heaney]] dies. Heaney received the 1995 Nobel Prize in Literature.
File:Andrzej Trybulec.jpg|link=Andrzej Trybulec (nonfiction)|2013 Sep. 11: Mathematician and computer scientist [[Andrzej Trybulec (nonfiction)|Andrzej Trybulec]] dies. He developed the Mizar system: a formal language for writing mathematical definitions and proofs, a proof assistant which is able to mechanically check proofs written in this language, and a library of formalized mathematics which can be used in the proof of new theorems.
File:Andrzej Trybulec.jpg|link=Andrzej Trybulec (nonfiction)|2013 Sep. 11: Mathematician and computer scientist [[Andrzej Trybulec (nonfiction)|Andrzej Trybulec]] dies. Trybulec developed the Mizar system: a formal language for writing mathematical definitions and proofs, a proof assistant which is able to mechanically check proofs written in this language, and a library of formalized mathematics which can be used in the proof of new theorems.
File:William C. Davidon.jpg|link=William C. Davidon (nonfiction)|2013 Nov. 8: Physicist, mathematician, and activist [[William C. Davidon (nonfiction)|William C. Davidon]] dies. He developed the first quasi-Newton algorithm, now known as the Davidon–Fletcher–Powell formula.
File:William C. Davidon.jpg|link=William C. Davidon (nonfiction)|2013 Nov. 8: Physicist, mathematician, and activist [[William C. Davidon (nonfiction)|William C. Davidon]] dies. Davidson developed the first quasi-Newton algorithm, now known as the Davidon–Fletcher–Powell formula.
File:MAVEN spacecraft.jpg|link=MAVEN (nonfiction)|2013 Nov. 18: NASA launches the [[MAVEN (nonfiction)|MAVEN probe]] to Mars.
File:MAVEN spacecraft.jpg|link=MAVEN (nonfiction)|2013 Nov. 18: NASA launches the [[MAVEN (nonfiction)|MAVEN probe]] to Mars.
File:Paul Sally 2008.jpg|link=Paul Sally (nonfiction)|2013 Dec. 30: Mathematician and academic [[Paul Sally (nonfiction)|Paul Sally]] dies. He was known as "a legendary math professor at the University of Chicago".
File:Paul Sally 2008.jpg|link=Paul Sally (nonfiction)|2013 Dec. 30: Mathematician and academic [[Paul Sally (nonfiction)|Paul Sally]] dies. Sally  was known as "a legendary math professor at the University of Chicago".


File:Alexander Shulgin 2009.jpg|link=Alexander Shulgin (nonfiction)|2014 Jun. 2: Pharmacologist and chemist [[Alexander Shulgin (nonfiction)|Alexander Shulgin]] dies. He discovered, synthesized, and personal bioassayed over 230 psychoactive compounds for their psychedelic and entactogenic potential.
File:Alexander Shulgin 2009.jpg|link=Alexander Shulgin (nonfiction)|2014 Jun. 2: Pharmacologist and chemist [[Alexander Shulgin (nonfiction)|Alexander Shulgin]] dies. Shulgin discovered, synthesized, and personal bioassayed over 230 psychoactive compounds for their psychedelic and entactogenic potential.
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2014 Aug. 14: Scientists announce the identification of possible interstellar dust particles from the [[Stardust (spacecraft) (nonfiction)|Stardust capsule]], which returned to Earth in 2006.   
File:Stardust at comet Wild 2.jpg|link=Stardust (spacecraft) (nonfiction)|2014 Aug. 14: Scientists announce the identification of possible interstellar dust particles from the [[Stardust (spacecraft) (nonfiction)|Stardust capsule]], which returned to Earth in 2006.   
File:MAVEN spacecraft.jpg|link=MAVEN (nonfiction)|2014 Sep. 22: The [[MAVEN (nonfiction)|MAVEN probe]] reaches Mars and is inserted into an areocentric elliptic orbit 6,200 km (3,900 mi) by 150 km (93 mi) above the planet's surface.
File:MAVEN spacecraft.jpg|link=MAVEN (nonfiction)|2014 Sep. 22: The [[MAVEN (nonfiction)|MAVEN probe]] reaches Mars and is inserted into an areocentric elliptic orbit 6,200 km (3,900 mi) by 150 km (93 mi) above the planet's surface.
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|2014 Oct. 23: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] dies.  In 1968 he and G. Ponzano developed a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this was the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|2014 Oct. 23: Physicist and academic [[Tullio Regge (nonfiction)|Tullio Regge]] dies.  In 1968 he and G. Ponzano developed a quantum version of Regge calculus in three space-time dimensions now known as the Ponzano-Regge model; this was the first of a whole series of state sum models for quantum gravity known as spin foam models.
File:Philip G. Hodge.jpg|link=Philip G. Hodge (nonfiction)|2014 Nov. 11: Materials engineer and academic [[Philip G. Hodge (nonfiction)|Philip G. Hodge]] dies. He studied the mechanics of elastic and plastic behavior of materials, contributing to plasticity theory including developments in the method of characteristics, limit-analysis, piecewise linear isotropic plasticity, and nonlinear programming applications.
File:Philip G. Hodge.jpg|link=Philip G. Hodge (nonfiction)|2014 Nov. 11: Materials engineer and academic [[Philip G. Hodge (nonfiction)|Philip G. Hodge]] dies. Hodge studied the mechanics of elastic and plastic behavior of materials, contributing to plasticity theory including developments in the method of characteristics, limit-analysis, piecewise linear isotropic plasticity, and nonlinear programming applications.
File:Alexander Grothendieck.jpg|link=Alexander Grothendieck (nonfiction)|2014 Nov. 13: Mathematician and theorist [[Alexander Grothendieck (nonfiction)|Alexander Grothendieck]] dies. He was the leading figure in the creation of modern algebraic geometry.
File:Alexander Grothendieck.jpg|link=Alexander Grothendieck (nonfiction)|2014 Nov. 13: Mathematician and theorist [[Alexander Grothendieck (nonfiction)|Alexander Grothendieck]] dies. Grothendieck was the leading figure in the creation of modern algebraic geometry.
File:Tim_Cochran_Multnomah_Falls_Oregon_July_16_2012.jpg|link=Tim Cochran (nonfiction)|2014 Dec. 13: Mathematician and academic [[Tim Cochran (nonfiction)|Tim Cochran]] dies. He contributed to topology, especially low-dimensional topology, the theory of knots and links and associated algebra.
File:Tim_Cochran_Multnomah_Falls_Oregon_July_16_2012.jpg|link=Tim Cochran (nonfiction)|2014 Dec. 13: Mathematician and academic [[Tim Cochran (nonfiction)|Tim Cochran]] dies. Cochran contributed to topology, especially low-dimensional topology, the theory of knots and links and associated algebra.


File:Dawn spacecraft model.png|link=Dawn (spacecraft) (nonfiction)|2015 Mar. 6: The ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' space probe, having left Vesta, enters Ceres' orbit. ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' will study Vesta and Ceres, two of the three known protoplanets of the asteroid belt.
File:Dawn spacecraft model.png|link=Dawn (spacecraft) (nonfiction)|2015 Mar. 6: The ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' space probe, having left Vesta, enters Ceres' orbit. ''[[Dawn (spacecraft) (nonfiction)|Dawn]]'' will study Vesta and Ceres, two of the three known protoplanets of the asteroid belt.

Latest revision as of 04:42, 11 March 2022

Timeline of non-fictional "On This Day in History" items ordered by date from 1900 AD to today.

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

See also Early Timeline and Middle Timeline

1900s

2000s

See also Early Timeline and Middle Timeline