Difference between revisions of "STEM 365"

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This will be a list of 365 men that have made outstanding contributions in a STEM field. All birth dates listed are in the Gregorian Calendar even if this calendar was not in use at the time and location of their birth. In some cases birth dates may be approximate. The list should not include men who's principal contributions were in the development or use of weapons. Names on the list may be replaced if better candidates are discovered.
+
This is an on-going project to build a list of 365 men that have made outstanding contributions in a STEM field other than in the development or use of weapons. All birth dates listed are in the Gregorian Calendar even if this calendar was not in use at the time and location of their birth. In some cases birth dates may be approximate. Names on the list may be replaced if better candidates are discovered.
   
 
{| class="sortable wikitable"
 
{| class="sortable wikitable"
Line 7: Line 7:
 
|January
 
|January
 
|1894
 
|1894
|Satyendra Nath Bose
+
|[[Satyendra Nath Bose]]
|Physicist. Collaborated with Albert Einstein to establish Bose-Einstein statistics, which is fundamental to modern physics.<ref>https://www.todayinsci.com/1/1_01.htm</ref>
+
|Physicist. Polymath. Collaborated with Albert Einstein to establish Bose-Einstein statistics, which is fundamental to modern physics.<ref>https://www.todayinsci.com/1/1_01.htm</ref>
 
|-
 
|-
 
|2
 
|2
 
|January
 
|January
 
|1941
 
|1941
|Donald B. Keck
+
|[[Donald B. Keck]]
 
|Invented optical fiber.<ref>https://www.todayinsci.com/1/1_02.htm</ref>
 
|Invented optical fiber.<ref>https://www.todayinsci.com/1/1_02.htm</ref>
 
|-
 
|-
Line 19: Line 19:
 
|January
 
|January
 
|1906
 
|1906
|William Wilson Morgan
+
|[[William Wilson Morgan]]
 
|Established that the Milky Way galaxy has spiral arms and co-developed stellar luminosity classes.<ref>https://www.todayinsci.com/1/1_03.htm</ref>
 
|Established that the Milky Way galaxy has spiral arms and co-developed stellar luminosity classes.<ref>https://www.todayinsci.com/1/1_03.htm</ref>
 
|-
 
|-
Line 25: Line 25:
 
|January
 
|January
 
|1809
 
|1809
|Louis Braille
+
|[[Louis Braille]]
 
|Developed Braille writing, now widely used by people with sight impairment.<ref>https://www.todayinsci.com/1/1_04.htm</ref>
 
|Developed Braille writing, now widely used by people with sight impairment.<ref>https://www.todayinsci.com/1/1_04.htm</ref>
 
|-
 
|-
Line 31: Line 31:
 
|January
 
|January
 
|1909
 
|1909
|Stephen Cole Kleene
+
|[[Stephen Cole Kleene]]
 
|Mathematician. His work underpins theoretical computer science.<ref>https://www.todayinsci.com/1/1_05.htm</ref>
 
|Mathematician. His work underpins theoretical computer science.<ref>https://www.todayinsci.com/1/1_05.htm</ref>
 
|-
 
|-
Line 37: Line 37:
 
|January
 
|January
 
|1906
 
|1906
|Jacques Étienne Montgolfier
+
|[[Jacques-Étienne Montgolfier]]
 
|Co-developed the hot-air balloon with his brother Jacques Étienne Montgolfier.<ref>https://www.todayinsci.com/1/1_06.htm</ref>
 
|Co-developed the hot-air balloon with his brother Jacques Étienne Montgolfier.<ref>https://www.todayinsci.com/1/1_06.htm</ref>
 
|-
 
|-
Line 43: Line 43:
 
|January
 
|January
 
|1871
 
|1871
|Émile Borel
+
|[[Émile Borel]]
 
|Mathematician. Made important contributions to probability theory and was an early researcher in game theory.<ref>https://www.todayinsci.com/1/1_07.htm</ref>
 
|Mathematician. Made important contributions to probability theory and was an early researcher in game theory.<ref>https://www.todayinsci.com/1/1_07.htm</ref>
 
|-
 
|-
Line 49: Line 49:
 
|January
 
|January
 
|1942
 
|1942
|Stephen W. Hawking
+
|[[Stephen Hawking]]
 
|World famous and influential astrophysicist and cosmologist.<ref>https://www.todayinsci.com/1/1_08.htm</ref>
 
|World famous and influential astrophysicist and cosmologist.<ref>https://www.todayinsci.com/1/1_08.htm</ref>
 
|-
 
|-
Line 55: Line 55:
 
|January
 
|January
 
|1950
 
|1950
|Sir Alec Jefferys
+
|[[Alec Jeffreys]]
 
|Geneticist. Discovered how to ''DNA fingerprint'' individual humans. This has been used to exonerate many who have been [[falsely accused]].<ref>https://www.todayinsci.com/1/1_09.htm</ref>
 
|Geneticist. Discovered how to ''DNA fingerprint'' individual humans. This has been used to exonerate many who have been [[falsely accused]].<ref>https://www.todayinsci.com/1/1_09.htm</ref>
 
|-
 
|-
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|January
 
|January
 
|1911
 
|1911
|Norman Heatley
+
|[[Norman Heatley]]
 
|Biochemist. Developed a method of mass producing penicillin resulting in its wide availability.
 
|Biochemist. Developed a method of mass producing penicillin resulting in its wide availability.
 
|-
 
|-
Line 67: Line 67:
 
|January
 
|January
 
|1887
 
|1887
|Aldo Leopold
+
|[[Aldo Leopold]]
 
|Prominent early environmentalist.
 
|Prominent early environmentalist.
 
|-
 
|-
Line 73: Line 73:
 
|January
 
|January
 
|1579
 
|1579
|Jan Baptista van Helmont
+
|[[Jan Baptista van Helmont]]
 
|Coined the term 'gas' and was the first to establish the existence of gasses other than air.
 
|Coined the term 'gas' and was the first to establish the existence of gasses other than air.
 
|-
 
|-
Line 79: Line 79:
 
|January
 
|January
 
|1864
 
|1864
|Wilhelm Wien
+
|[[Wilhelm Wien]]
|Prolific physicist. Discovered the proton.
+
|Prolific physicist. Significantly advanced the understanding of heat. Discovered the proton.
 
|-
 
|-
 
|14
 
|14
 
|January
 
|January
 
|1801
 
|1801
|Adolphe-Théodore Brongniart
+
|[[Adolphe-Théodore Brongniart]]
 
|Considered to be the founder of modern paleobotany.
 
|Considered to be the founder of modern paleobotany.
 
|-
 
|-
Line 91: Line 91:
 
|January
 
|January
 
|1785
 
|1785
|William Prout
+
|[[William Prout]]
 
|Various discoveries. Advanced understanding of atomic physics. His work influenced the naming of the proton by Ernest Rutherford.<ref>https://todayinsci.com/1/1_15.htm</ref>
 
|Various discoveries. Advanced understanding of atomic physics. His work influenced the naming of the proton by Ernest Rutherford.<ref>https://todayinsci.com/1/1_15.htm</ref>
 
|-
 
|-
Line 97: Line 97:
 
|January
 
|January
 
|1477
 
|1477
|Johannes Schöner
+
|[[Johannes Schöner]]
 
|Mathematician, astronomer and geographer. Early and influential globe-maker.<ref>https://www.todayinsci.com/1/1_16.htm</ref>
 
|Mathematician, astronomer and geographer. Early and influential globe-maker.<ref>https://www.todayinsci.com/1/1_16.htm</ref>
 
|-
 
|-
Line 103: Line 103:
 
|January
 
|January
 
|1706
 
|1706
|Benjamin Franklin
+
|[[Benjamin Franklin]]
 
|Polymath.
 
|Polymath.
 
|-
 
|-
 
|18
 
|18
 
|January
 
|January
  +
|
|1880
 
  +
|
|Paul Ehrenfest
 
  +
|
|Theoretical physicist. Made significant contributions to statistical mechanics.
 
 
|-
 
|-
 
|19
 
|19
 
|January
 
|January
 
|1736
 
|1736
|James Watt
+
|[[James Watt]]
 
|Engineer and inventor. Watt's steam engine contributed substantially to the industrial revolution.<ref>https://www.todayinsci.com/1/1_19.htm</ref>
 
|Engineer and inventor. Watt's steam engine contributed substantially to the industrial revolution.<ref>https://www.todayinsci.com/1/1_19.htm</ref>
 
|-
 
|-
  +
|20
  +
|January
  +
|1775
  +
|[[André-Marie Ampère]]
  +
|Significant advancements in electromagnetism.
  +
|-
  +
|21
  +
|January
  +
|1843
  +
|[[Émile Levassor]]
  +
|Significant contributions to the development of the modern automobile.
  +
|-
  +
|22
  +
|January
  +
|1908
  +
|[[Lev Davidovich Landau]]
  +
|Made significant contributions to theoretical physics. Received 1962 Nobel prize for physics.
  +
|-
  +
|23
  +
|January
  +
|1862
  +
|[[David Hilbert]]
  +
|Distinguished mathematician.
  +
|-
  +
|24
  +
|January
  +
|1955
  +
|[[Alan Sokal]]
  +
|Physicist. Critical of [[postmodernism]]. Responsible for the [[Sokal affair]].
  +
|-
  +
|25
  +
|January
 
|
 
|
 
|
 
|
  +
|
  +
|-
  +
|26
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|27
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|28
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|29
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|30
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|31
  +
|January
  +
|
  +
|
  +
|
  +
|-
  +
|1
  +
|February
  +
|
  +
|
  +
|
  +
|-
  +
|2
  +
|February
  +
|
  +
|
  +
|
  +
|-
  +
|3
  +
|February
 
|
 
|
 
|
 
|
Line 127: Line 211:
 
|February
 
|February
 
|1943
 
|1943
|Kenneth Lane Thompson
+
|[[Kenneth Lane Thompson]]
 
|Co-developed the UNIX operating system which revolutionised computing.
 
|Co-developed the UNIX operating system which revolutionised computing.
 
|-
 
|-
Line 139: Line 223:
 
|February
 
|February
 
|1834
 
|1834
|Dmitri Mendeleev
+
|[[Dmitri Mendeleev]]
 
|Chemist and Inventor. Formulated the ''Periodic Law''.
 
|Chemist and Inventor. Formulated the ''Periodic Law''.
 
|-
 
|-
Line 145: Line 229:
 
|February
 
|February
 
|1846
 
|1846
|Wilhelm Maybach
+
|[[Wilhelm Maybach]]
 
|Engineer. Pioneer in the development of the automobile.<ref>https://www.todayinsci.com/2/2_09.htm</ref>
 
|Engineer. Pioneer in the development of the automobile.<ref>https://www.todayinsci.com/2/2_09.htm</ref>
 
|-
 
|-
Line 157: Line 241:
 
|February
 
|February
 
|1809
 
|1809
|Charles Darwin
+
|[[Charles Darwin]]
 
|Established the idea of evolution through natural selection.
 
|Established the idea of evolution through natural selection.
 
|-
 
|-
Line 169: Line 253:
 
|February
 
|February
 
|1564
 
|1564
|Galileo Galilei
+
|[[Galileo Galilei]]
 
|Polymath.
 
|Polymath.
 
|-
 
|-
Line 181: Line 265:
 
|February
 
|February
 
|1745
 
|1745
|Alessandro Volta
+
|[[Alessandro Volta]]
 
|Credited as the inventor of the electric battery and the discoverer of methane.<ref>https://en.wikipedia.org/wiki/Alessandro_Volta</ref>
 
|Credited as the inventor of the electric battery and the discoverer of methane.<ref>https://en.wikipedia.org/wiki/Alessandro_Volta</ref>
 
|-
 
|-
Line 187: Line 271:
 
|February
 
|February
 
|1943
 
|1943
|Nicolaus Copernicus
+
|[[Nicolaus Copernicus]]
  +
|Polymath. Known for astronomy.
|
 
 
|-
 
|-
 
|20
 
|20
 
|February
 
|February
 
|1844
 
|1844
|Ludwig Eduard Boltzmann
+
|[[Ludwig Eduard Boltzmann]]
 
|Founded the field of statistical mechanics.<ref>https://www.todayinsci.com/2/2_20.htm</ref> Proposed the Boltzmann brain thought experiment.
 
|Founded the field of statistical mechanics.<ref>https://www.todayinsci.com/2/2_20.htm</ref> Proposed the Boltzmann brain thought experiment.
 
|-
 
|-
Line 204: Line 288:
 
|February
 
|February
 
|1899
 
|1899
|Charles Best
+
|[[Charles Best]]
 
|Co-discoverer of insulin.
 
|Co-discoverer of insulin.
 
|-
 
|-
Line 210: Line 294:
 
|February
 
|February
 
|1901
 
|1901
|Linus Pauling
+
|[[Linus Pauling]]
 
|Chemist, Biochemist, Chemical Engineer.
 
|Chemist, Biochemist, Chemical Engineer.
 
|-
 
|-
Line 222: Line 306:
 
|March
 
|March
 
|1847
 
|1847
|Alexander Graham Bell
+
|[[Alexander Graham Bell]]
 
|Prolific inventor.
 
|Prolific inventor.
 
|-
 
|-
Line 228: Line 312:
 
|March
 
|March
 
|1847
 
|1847
|Carl Josef Bayer
+
|[[Carl Josef Bayer]]
 
|Developed the process to cheaply extract Aluminium from Bauxite.
 
|Developed the process to cheaply extract Aluminium from Bauxite.
  +
|-
  +
|
  +
|
  +
|
  +
|
  +
|
  +
|-
  +
|7
  +
|March
  +
|1788
  +
|[[Antoine César Becquerel]]
  +
|Pioneer in the study of electric and luminescent phenomena.
 
|-
 
|-
 
|
 
|
Line 240: Line 336:
 
|March
 
|March
 
|1934
 
|1934
|Yuri Gagarin
+
|[[Yuri Gagarin]]
|First man to travel in to space.
+
|First person to travel in to space.
 
|-
 
|-
 
|
 
|
Line 252: Line 348:
 
|March
 
|March
 
|1926
 
|1926
|Thomas Starzl
+
|[[Thomas Starzl]]
 
|Pioneered organ transplantation.
 
|Pioneered organ transplantation.
  +
|-
  +
|12
  +
|March
  +
|1838
  +
|[[William Henry Perkin]]
  +
|Discovered the first synthetic dye. This revolutionised the clothing industry and even reduced the demand for slaves.
 
|-
 
|-
 
|
 
|
Line 267: Line 369:
 
|Mathematician. Proposed both special and general relativity. His work helped to establish quantum mechanics even though he always rejected it.
 
|Mathematician. Proposed both special and general relativity. His work helped to establish quantum mechanics even though he always rejected it.
 
|-
 
|-
  +
|15
  +
|March
 
|
 
|
 
|
 
|
  +
|
  +
|-
  +
|16
  +
|March
  +
|1953
  +
|[[Richard Stallman]]
  +
|Founded the [[Free Software Foundation]] and was a major figure in the establishment of [[Free and open-source software]].
  +
|-
  +
|17
  +
|March
 
|
 
|
 
|
 
|
Line 276: Line 390:
 
|March
 
|March
 
|1858
 
|1858
|Rudolf Diesel
+
|[[Rudolf Diesel]]
 
|Invented the Diesel engine.
 
|Invented the Diesel engine.
 
|-
 
|-
Line 288: Line 402:
 
|March
 
|March
 
|1913
 
|1913
|Paul Erdős
+
|[[Paul Erdős]]
 
|Mathematician. Known for living an itinerant lifestyle in his later years in which he travelled the world and collaborated with world-class mathematicians on solving extremely difficult problems. Continues to be remembered in the Erdős Number.
 
|Mathematician. Known for living an itinerant lifestyle in his later years in which he travelled the world and collaborated with world-class mathematicians on solving extremely difficult problems. Continues to be remembered in the Erdős Number.
  +
|-
  +
|24
  +
|March
  +
|1820
  +
|[[Edmond Becquerel]]
  +
|Discovered the photovoltaic effect.
 
|-
 
|-
 
|
 
|
Line 300: Line 420:
 
|March
 
|March
 
|1821
 
|1821
|William Lyman
+
|[[William Lyman]]
 
|Credited with inventing the rotating wheel can opener.
 
|Credited with inventing the rotating wheel can opener.
 
|-
 
|-
Line 312: Line 432:
 
|March
 
|March
 
|1596
 
|1596
|René Descartes
+
|[[René Descartes]]
 
|Philosopher, mathematician and scientist.
 
|Philosopher, mathematician and scientist.
 
|-
 
|-
Line 318: Line 438:
 
|April
 
|April
 
|1578
 
|1578
|William Harvey
+
|[[William Harvey]]
 
|First to accurately describe how blood circulates in the body.
 
|First to accurately describe how blood circulates in the body.
 
|-
 
|-
Line 330: Line 450:
 
|April
 
|April
 
|1827
 
|1827
|Joseph Lister
+
|[[Joseph Lister]]
 
|Pioneer of antiseptic surgery.
 
|Pioneer of antiseptic surgery.
 
|-
 
|-
Line 342: Line 462:
 
|April
 
|April
 
|1806
 
|1806
|Isambard Kingdom Brunel
+
|[[Isambard Kingdom Brunel]]
 
|Prolific engineer & inventor.
 
|Prolific engineer & inventor.
 
|-
 
|-
Line 354: Line 474:
 
|April
 
|April
 
|1452
 
|1452
|Leonardo da Vinci
+
|[[Leonardo da Vinci]]
 
|Polymath.
 
|Polymath.
  +
|-
  +
|16
  +
|April
  +
|1867
  +
|[[Wilbur Wright]]
  +
|Early innovator in aeronautics alongside his brother Orville.
 
|-
 
|-
 
|
 
|
Line 366: Line 492:
 
|April
 
|April
 
|1909
 
|1909
|Józef Kosacki
+
|[[Józef Kosacki]]
 
|Invented the first portable mine detector.
 
|Invented the first portable mine detector.
 
|-
 
|-
Line 372: Line 498:
 
|April
 
|April
 
|1946
 
|1946
|Paul Davies
+
|[[Paul Davies]]
 
|Prolific physicist.
 
|Prolific physicist.
 
|-
 
|-
Line 378: Line 504:
 
|April
 
|April
 
|1858
 
|1858
|Max Planck
+
|[[Max Planck]]
 
|Founder of quantum theory.
 
|Founder of quantum theory.
  +
|-
  +
|
  +
|
  +
|
  +
|
  +
|
  +
|-
  +
|28
  +
|April
  +
|1906
  +
|[[Kurt Gödel]]
  +
|
  +
|-
  +
|29
  +
|April
  +
|
  +
|
  +
|
 
|-
 
|-
 
|30
 
|30
Line 386: Line 530:
 
|[[Carl Friedrich Gauss]]
 
|[[Carl Friedrich Gauss]]
 
|Mathematician and physicist that made significant contributions in both fields.
 
|Mathematician and physicist that made significant contributions in both fields.
  +
|-
  +
|
  +
|
  +
|
  +
|
  +
|
 
|-
 
|-
 
|8
 
|8
 
|May
 
|May
 
|1786
 
|1786
|Thomas Hancock
+
|[[Thomas Hancock]]
 
|Invented the masticator, a machine used to recycle and reshape rubber scraps. This technology resulted in many new uses for rubber.<ref>https://www.thoughtco.com/thomas-hancock-elastic-1991608</ref>
 
|Invented the masticator, a machine used to recycle and reshape rubber scraps. This technology resulted in many new uses for rubber.<ref>https://www.thoughtco.com/thomas-hancock-elastic-1991608</ref>
 
|-
 
|-
Line 403: Line 553:
 
|1918
 
|1918
 
|[[Richard Feynman]]
 
|[[Richard Feynman]]
|Prolific physicist. Developed ''Feynmann Diagrams''.
+
|Prolific physicist. Developed ''Feynman Diagrams''.
 
|-
 
|-
 
|
 
|
Line 414: Line 564:
 
|May
 
|May
 
|1859
 
|1859
|Pierre Curie
+
|[[Pierre Curie]]
 
|
 
|
 
|-
 
|-
Line 426: Line 576:
 
|May
 
|May
 
|1749
 
|1749
|Edward Jenner
+
|[[Edward Jenner]]
 
|
 
|
 
|-
 
|-
Line 438: Line 588:
 
|May
 
|May
 
|1814
 
|1814
|Joseph-Louis Lambot
+
|[[Joseph-Louis Lambot]]
 
|Co-inventor of Ferro-cement along with Joseph Monier.<ref>https://en.wikipedia.org/wiki/Joseph-Louis_Lambot</ref>
 
|Co-inventor of Ferro-cement along with Joseph Monier.<ref>https://en.wikipedia.org/wiki/Joseph-Louis_Lambot</ref>
 
|-
 
|-
Line 444: Line 594:
 
|May
 
|May
 
|1707
 
|1707
|Carl Linnaeus
+
|[[Carl Linnaeus]]
 
|Early and influential ecologist.
 
|Early and influential ecologist.
  +
|-
  +
|24
  +
|May
  +
|1544
  +
|[[William Gilbert]]
  +
|Significantly advanced early understanding of magnetism. Discovered that the Earth itself is a magnet.
 
|-
 
|-
 
|
 
|
Line 456: Line 612:
 
|June
 
|June
 
|1907
 
|1907
|Frank Whittle
+
|[[Frank Whittle]]
 
|Invented the Turbojet engine.
 
|Invented the Turbojet engine.
 
|-
 
|-
Line 468: Line 624:
 
|June
 
|June
 
|1916
 
|1916
|Tim Berners-Lee
+
|[[Tim Berners-Lee]]
 
|Developed the World Wide Web.
 
|Developed the World Wide Web.
 
|-
 
|-
Line 474: Line 630:
 
|June
 
|June
 
|1781
 
|1781
|George Stephenson
+
|[[George Stephenson]]
 
|Engineer, inventor and pioneer of rail transportation.
 
|Engineer, inventor and pioneer of rail transportation.
  +
|-
  +
|10
  +
|June
  +
|1913
  +
|[[Edward Abraham]]
  +
|Intrumental in the development of early antibiotics.
 
|-
 
|-
 
|
 
|
Line 486: Line 648:
 
|June
 
|June
 
|1928
 
|1928
|John Nash
+
|[[John Nash]]
 
|Fundamental contributor to game theory.
 
|Fundamental contributor to game theory.
 
|-
 
|-
Line 498: Line 660:
 
|June
 
|June
 
|1915
 
|1915
|Fred Hoyle
+
|[[Fred Hoyle]]
 
|Formulated the theory of stellar nucleosynthesis - that stars are powered by nuclear fusion. Proponent of ''panspermia''. Coined the term ''Big Bang'' as a derogatory term for what was then a new theory.
 
|Formulated the theory of stellar nucleosynthesis - that stars are powered by nuclear fusion. Proponent of ''panspermia''. Coined the term ''Big Bang'' as a derogatory term for what was then a new theory.
 
|-
 
|-
Line 510: Line 672:
 
|June
 
|June
 
|1623
 
|1623
|Blaise Pascal
+
|[[Blaise Pascal]]
 
|Developed probability theory in mathematics.
 
|Developed probability theory in mathematics.
 
|-
 
|-
Line 522: Line 684:
 
|June
 
|June
 
|1910
 
|1910
|Konrad Zuse
+
|[[Konrad Zuse]]
 
|Developed the first electronic programmable computer.
 
|Developed the first electronic programmable computer.
 
|-
 
|-
Line 528: Line 690:
 
|June
 
|June
 
|1912
 
|1912
|Alan Turing
+
|[[Alan Turing]]
 
|Computer Scientist, Mathematician. Developed the theoretical underpinnings of modern computing.
 
|Computer Scientist, Mathematician. Developed the theoretical underpinnings of modern computing.
 
|-
 
|-
Line 540: Line 702:
 
|July
 
|July
 
|1646
 
|1646
|Gottfried Wilhelm Leibniz
+
|[[Gottfried Wilhelm Leibniz]]
 
|Polymath.
 
|Polymath.
 
|-
 
|-
Line 546: Line 708:
 
|July
 
|July
 
|1906
 
|1906
|Hans Albrecht Bethe
+
|[[Hans Albrecht Bethe]]
 
|Physicist. Conducted seminal work on quantum mechanics.<ref>https://todayinsci.com/7/7_02.htm</ref>
 
|Physicist. Conducted seminal work on quantum mechanics.<ref>https://todayinsci.com/7/7_02.htm</ref>
 
|-
 
|-
Line 552: Line 714:
 
|July
 
|July
 
|1935
 
|1935
|Harrison “Jack” Schmitt
+
|[[Harrison “Jack” Schmitt]]
 
|Scientist-Astronaut. Spent three days on the Lunar surface as part of the Apollo 17 mission.<ref>https://todayinsci.com/7/7_03.htm</ref>
 
|Scientist-Astronaut. Spent three days on the Lunar surface as part of the Apollo 17 mission.<ref>https://todayinsci.com/7/7_03.htm</ref>
 
|-
 
|-
Line 558: Line 720:
 
|July
 
|July
 
|1883
 
|1883
|Rube Goldberg
+
|[[Rube Goldberg]]
 
|Engineer & cartoonist. Satirised modern society's preoccupation with technology. Established the concept of the Rube Goldberg machine.<ref>https://todayinsci.com/7/7_04.htm</ref>
 
|Engineer & cartoonist. Satirised modern society's preoccupation with technology. Established the concept of the Rube Goldberg machine.<ref>https://todayinsci.com/7/7_04.htm</ref>
 
|-
 
|-
Line 570: Line 732:
 
|July
 
|July
 
|1856
 
|1856
|Nikola Tesla
+
|[[Nikola Tesla]]
 
|Prolific inventor.
 
|Prolific inventor.
 
|-
 
|-
Line 582: Line 744:
 
|July
 
|July
 
|1895
 
|1895
|Buckminster Fuller
+
|[[Buckminster Fuller]]
 
|Prolific inventor.
 
|Prolific inventor.
 
|-
 
|-
Line 594: Line 756:
 
|July
 
|July
 
|1822
 
|1822
|Gregor Mendel
+
|[[Gregor Mendel]]
 
|Founder of the science of Genetics.
 
|Founder of the science of Genetics.
 
|-
 
|-
Line 606: Line 768:
 
|July
 
|July
 
|1888
 
|1888
|Selman Waksman
+
|[[Selman Waksman]]
 
|Discovered streptomycin, which was the first effective treatment for tuberculosis.
 
|Discovered streptomycin, which was the first effective treatment for tuberculosis.
  +
|-
  +
|
  +
|
  +
|
  +
|
  +
|
  +
|-
  +
|30
  +
|July
  +
|1863
  +
|[[Henry Ford]]
  +
|Inventing the modern production line. Improvements in automobile engineering.
 
|-
 
|-
 
|
 
|
Line 618: Line 792:
 
|August
 
|August
 
|1881
 
|1881
|Alexander Flemming
+
|[[Alexander Flemming]]
 
|Discovered penicillin.
 
|Discovered penicillin.
 
|-
 
|-
Line 630: Line 804:
 
|August
 
|August
 
|1777
 
|1777
|Hans Oersted
+
|[[Hans Oersted]]
 
|Discovered the relationship between electric currents and magnetic fields, an important step paving the way towards the use of electricity.
 
|Discovered the relationship between electric currents and magnetic fields, an important step paving the way towards the use of electricity.
  +
|-
  +
|
  +
|
  +
|
  +
|
  +
|
  +
|-
  +
|19
  +
|August
  +
|1871
  +
|[[Orville Wright]]
  +
|Early innovator in aeronautics alongside his brother Wilbur.
 
|-
 
|-
 
|
 
|
Line 642: Line 828:
 
|August
 
|August
 
|1769
 
|1769
|Georges Cuvier
+
|[[Georges Cuvier]]
 
|Founder of Paleontology.
 
|Founder of Paleontology.
 
|-
 
|-
Line 648: Line 834:
 
|August
 
|August
 
|1918
 
|1918
|Ray McIntire
+
|[[Ray McIntire]]
 
|Invented Styrofoam.<ref>https://todayinsci.com/8/8_24.htm</ref>
 
|Invented Styrofoam.<ref>https://todayinsci.com/8/8_24.htm</ref>
 
|-
 
|-
Line 660: Line 846:
 
|August
 
|August
 
|1906
 
|1906
|Albert Bruce Sabin
+
|[[Albert Bruce Sabin]]
 
|Developed the first oral polio vaccine.<ref>https://todayinsci.com/8/8_26.htm</ref>
 
|Developed the first oral polio vaccine.<ref>https://todayinsci.com/8/8_26.htm</ref>
 
|-
 
|-
Line 672: Line 858:
 
|August
 
|August
 
|1871
 
|1871
|Ernest Rutherford
+
|[[Ernest Rutherford]]
 
|Physicist. Established the existence of the atomic nucleus.
 
|Physicist. Established the existence of the atomic nucleus.
 
|-
 
|-
Line 684: Line 870:
 
|September
 
|September
 
|1766
 
|1766
|John Dalton
+
|[[John Dalton]]
 
|Proposed modern atomic theory.
 
|Proposed modern atomic theory.
 
|-
 
|-
Line 696: Line 882:
 
|September
 
|September
 
|1941
 
|1941
|Dennis Ritchie
+
|[[Dennis Ritchie]]
 
|Developed the C programming language and co-developed UNIX. Both revolutionised computing.
 
|Developed the C programming language and co-developed UNIX. Both revolutionised computing.
 
|-
 
|-
Line 708: Line 894:
 
|September
 
|September
 
|1913
 
|1913
|Ermal Cleon "Ernie" Fraze
+
|[[Ermal Cleon "Ernie" Fraze]]
 
|Invented the pull-tab, also known as the ring pull, used in canned beverages and increasingly canned food.
 
|Invented the pull-tab, also known as the ring pull, used in canned beverages and increasingly canned food.
 
|-
 
|-
Line 720: Line 906:
 
|September
 
|September
 
|1791
 
|1791
|Michael Faraday
+
|[[Michael Faraday]]
 
|Prolific and influential scientist.
 
|Prolific and influential scientist.
 
|-
 
|-
Line 731: Line 917:
 
|24
 
|24
 
|September
 
|September
  +
|1898
|
 
  +
|[[Howard Florey]]
|
 
  +
|Development of penicillin in to a useful and effective medication.
|
 
 
|-
 
|-
 
|25
 
|25
 
|September
 
|September
 
|1866
 
|1866
|Thomas Hunt Morgan
+
|[[Thomas Hunt Morgan]]
 
|Established the chromosome theory of heredity.
 
|Established the chromosome theory of heredity.
 
|-
 
|-
Line 744: Line 930:
 
|September
 
|September
 
|1754
 
|1754
|Joseph-Louis Proust
+
|[[Joseph-Louis Proust]]
 
|Found an important result leading to the modern science of chemistry.
 
|Found an important result leading to the modern science of chemistry.
 
|-
 
|-
Line 750: Line 936:
 
|September
 
|September
 
|1925
 
|1925
|Sir Robert Edwards
+
|[[Sir Robert Edwards]]
 
|Codeveloped in-vitro fertilization (IVF) of the human egg.
 
|Codeveloped in-vitro fertilization (IVF) of the human egg.
 
|-
 
|-
Line 762: Line 948:
 
|September
 
|September
 
|1901
 
|1901
|Enrico Fermi
+
|[[Enrico Fermi]]
 
|Prolific physicist.
 
|Prolific physicist.
 
|-
 
|-
Line 774: Line 960:
 
|October
 
|October
 
|1852
 
|1852
|William Ramsey
+
|[[William Ramsey]]
 
|Predicted and then discovered each noble gas. Created the world's first Neon light.<ref>https://www.famousscientists.org/william-ramsay/</ref><ref>https://en.wikipedia.org/wiki/William_Ramsay</ref>
 
|Predicted and then discovered each noble gas. Created the world's first Neon light.<ref>https://www.famousscientists.org/william-ramsay/</ref><ref>https://en.wikipedia.org/wiki/William_Ramsay</ref>
 
|-
 
|-
Line 786: Line 972:
 
|October
 
|October
 
|1882
 
|1882
|Robert Goddard
+
|[[Robert Goddard]]
 
|Developed the first liquid-fuel rocket.
 
|Developed the first liquid-fuel rocket.
 
|-
 
|-
Line 798: Line 984:
 
|October
 
|October
 
|1885
 
|1885
|Niels Bohr
+
|[[Niels Bohr]]
 
|Eminent Physicist.
 
|Eminent Physicist.
 
|-
 
|-
Line 810: Line 996:
 
|October
 
|October
 
|1803
 
|1803
|Robert Stephenson
+
|[[Robert Stephenson]]
 
|Engineer, inventor, and pioneer of rail transportation.
 
|Engineer, inventor, and pioneer of rail transportation.
 
|-
 
|-
Line 822: Line 1,008:
 
|November
 
|November
 
|1880
 
|1880
|Alfred Wegener
+
|[[Alfred Wegener]]
 
|Originator of the theory of continental drift.
 
|Originator of the theory of continental drift.
 
|-
 
|-
Line 834: Line 1,020:
 
|November
 
|November
 
|1922
 
|1922
|Christiaan Barnard
+
|[[Christiaan Barnard]]
 
|Cardiac surgeon. Performed the world's first human-to-human-heart transplant.
 
|Cardiac surgeon. Performed the world's first human-to-human-heart transplant.
 
|-
 
|-
Line 846: Line 1,032:
 
|November
 
|November
 
|1891
 
|1891
|Frederick Banting
+
|[[Frederick Banting]]
 
|Co-discoverer of insulin.
 
|Co-discoverer of insulin.
 
|-
 
|-
Line 852: Line 1,038:
 
|November
 
|November
 
|1738
 
|1738
|William Herschel
+
|[[William Herschel]]
 
|Distinguished astronomer. Discovered Uranus.
 
|Distinguished astronomer. Discovered Uranus.
 
|-
 
|-
Line 864: Line 1,050:
 
|November
 
|November
 
|1889
 
|1889
|Edwin Hubble
+
|[[Edwin Hubble]]
 
|Responsible for major advances in astronomy and cosmology.
 
|Responsible for major advances in astronomy and cosmology.
 
|-
 
|-
Line 876: Line 1,062:
 
|November
 
|November
 
|1701
 
|1701
|Anders Celsius
+
|[[Anders Celsius]]
 
|Physicist, astronomer and mathematicians. Brought us the Celsius scale for temperature.
 
|Physicist, astronomer and mathematicians. Brought us the Celsius scale for temperature.
 
|-
 
|-
Line 888: Line 1,074:
 
|December
 
|December
 
|1546
 
|1546
|Tycho Brahe
+
|[[Tycho Brahe]]
 
|
 
|
 
|-
 
|-
Line 894: Line 1,080:
 
|December
 
|December
 
|1852
 
|1852
|Henri Becquerel
+
|[[Henri Becquerel]]
 
|Shared the Nobel Prize for Physics with Pierre and Marie Curie in 1903.
 
|Shared the Nobel Prize for Physics with Pierre and Marie Curie in 1903.
 
|-
 
|-
Line 900: Line 1,086:
 
|December
 
|December
 
|1917
 
|1917
|Arthur C. Clarke
+
|[[Arthur C. Clarke]]
 
|Science fiction writer. Made significant contributions to popularising science.
 
|Science fiction writer. Made significant contributions to popularising science.
 
|-
 
|-
Line 912: Line 1,098:
 
|December
 
|December
 
|1803
 
|1803
|Joseph Whitworth
+
|[[Joseph Whitworth]]
 
|Engineer, Inventor.
 
|Engineer, Inventor.
 
|-
 
|-
Line 921: Line 1,107:
 
|One of the greatest mathematicians of his time.<ref>https://www.todayinsci.com/12/12_22.htm</ref>
 
|One of the greatest mathematicians of his time.<ref>https://www.todayinsci.com/12/12_22.htm</ref>
 
|-
 
|-
|
+
|23
  +
|December
|
 
 
|
 
|
 
|
 
|
 
|
 
|
  +
|-
  +
|24
  +
|December
  +
|1938
  +
|[[Bob Kahn]]
  +
|Co-developed TCP/IP with [[Vint Cerf]], paving the way for the modern Internet.
 
|-
 
|-
 
|25
 
|25
Line 936: Line 1,128:
 
|December
 
|December
 
|1791
 
|1791
|Charles Babbage
+
|[[Charles Babbage]]
 
|Father of the computer.
 
|Father of the computer.
 
|-
 
|-
Line 942: Line 1,134:
 
|December
 
|December
 
|1822
 
|1822
|Louis Pasteur
+
|[[Louis Pasteur]]
 
|
 
|
 
|-
 
|-
Line 948: Line 1,140:
 
|December
 
|December
 
|1903
 
|1903
|John von Neumann
+
|[[John von Neumann]]
 
|Polymath.
 
|Polymath.
 
|-
 
|-
Line 954: Line 1,146:
 
|December
 
|December
 
|1800
 
|1800
|Charles Goodyear
+
|[[Charles Goodyear]]
 
|Developed the process for vulcanizing rubber.
 
|Developed the process for vulcanizing rubber.
 
|-
 
|-
Line 960: Line 1,152:
 
|December
 
|December
 
|1954
 
|1954
|Rodney Allen Brooks
+
|[[Rodney Allen Brooks]]
 
|Pioneer in artificial intelligence and robotics. Founded the company that produced the ''Roomba'' automated floor cleaner.<ref>https://www.todayinsci.com/12/12_30.htm</ref>
 
|Pioneer in artificial intelligence and robotics. Founded the company that produced the ''Roomba'' automated floor cleaner.<ref>https://www.todayinsci.com/12/12_30.htm</ref>
 
|-
 
|-
Line 966: Line 1,158:
 
|December
 
|December
 
|1929
 
|1929
|Jeremy Bernstein
+
|[[Jeremy Bernstein]]
 
|Physicist and prolific science educator.
 
|Physicist and prolific science educator.
 
|-
 
|-
 
|}
 
|}
   
  +
{{Draft}}
== References ==
 
  +
{{STEM 365}}
  +
{{What Men Do}}
   
  +
== References ==
[[Category: STEM 365]]
 
[[Category: What Men Do]]
 

Latest revision as of 11:52, 24 August 2025

This is an on-going project to build a list of 365 men that have made outstanding contributions in a STEM field other than in the development or use of weapons. All birth dates listed are in the Gregorian Calendar even if this calendar was not in use at the time and location of their birth. In some cases birth dates may be approximate. Names on the list may be replaced if better candidates are discovered.

Day Month Year Name Notes
1 January 1894 Satyendra Nath Bose Physicist. Polymath. Collaborated with Albert Einstein to establish Bose-Einstein statistics, which is fundamental to modern physics.[1]
2 January 1941 Donald B. Keck Invented optical fiber.[2]
3 January 1906 William Wilson Morgan Established that the Milky Way galaxy has spiral arms and co-developed stellar luminosity classes.[3]
4 January 1809 Louis Braille Developed Braille writing, now widely used by people with sight impairment.[4]
5 January 1909 Stephen Cole Kleene Mathematician. His work underpins theoretical computer science.[5]
6 January 1906 Jacques-Étienne Montgolfier Co-developed the hot-air balloon with his brother Jacques Étienne Montgolfier.[6]
7 January 1871 Émile Borel Mathematician. Made important contributions to probability theory and was an early researcher in game theory.[7]
8 January 1942 Stephen Hawking World famous and influential astrophysicist and cosmologist.[8]
9 January 1950 Alec Jeffreys Geneticist. Discovered how to DNA fingerprint individual humans. This has been used to exonerate many who have been falsely accused.[9]
10 January 1911 Norman Heatley Biochemist. Developed a method of mass producing penicillin resulting in its wide availability.
11 January 1887 Aldo Leopold Prominent early environmentalist.
12 January 1579 Jan Baptista van Helmont Coined the term 'gas' and was the first to establish the existence of gasses other than air.
13 January 1864 Wilhelm Wien Prolific physicist. Significantly advanced the understanding of heat. Discovered the proton.
14 January 1801 Adolphe-Théodore Brongniart Considered to be the founder of modern paleobotany.
15 January 1785 William Prout Various discoveries. Advanced understanding of atomic physics. His work influenced the naming of the proton by Ernest Rutherford.[10]
16 January 1477 Johannes Schöner Mathematician, astronomer and geographer. Early and influential globe-maker.[11]
17 January 1706 Benjamin Franklin Polymath.
18 January
19 January 1736 James Watt Engineer and inventor. Watt's steam engine contributed substantially to the industrial revolution.[12]
20 January 1775 André-Marie Ampère Significant advancements in electromagnetism.
21 January 1843 Émile Levassor Significant contributions to the development of the modern automobile.
22 January 1908 Lev Davidovich Landau Made significant contributions to theoretical physics. Received 1962 Nobel prize for physics.
23 January 1862 David Hilbert Distinguished mathematician.
24 January 1955 Alan Sokal Physicist. Critical of postmodernism. Responsible for the Sokal affair.
25 January
26 January
27 January
28 January
29 January
30 January
31 January
1 February
2 February
3 February
4 February 1943 Kenneth Lane Thompson Co-developed the UNIX operating system which revolutionised computing.
8 February 1834 Dmitri Mendeleev Chemist and Inventor. Formulated the Periodic Law.
9 February 1846 Wilhelm Maybach Engineer. Pioneer in the development of the automobile.[13]
12 February 1809 Charles Darwin Established the idea of evolution through natural selection.
15 February 1564 Galileo Galilei Polymath.
18 February 1745 Alessandro Volta Credited as the inventor of the electric battery and the discoverer of methane.[14]
19 February 1943 Nicolaus Copernicus Polymath. Known for astronomy.
20 February 1844 Ludwig Eduard Boltzmann Founded the field of statistical mechanics.[15] Proposed the Boltzmann brain thought experiment.
27 February 1899 Charles Best Co-discoverer of insulin.
28 February 1901 Linus Pauling Chemist, Biochemist, Chemical Engineer.
3 March 1847 Alexander Graham Bell Prolific inventor.
4 March 1847 Carl Josef Bayer Developed the process to cheaply extract Aluminium from Bauxite.
7 March 1788 Antoine César Becquerel Pioneer in the study of electric and luminescent phenomena.
9 March 1934 Yuri Gagarin First person to travel in to space.
11 March 1926 Thomas Starzl Pioneered organ transplantation.
12 March 1838 William Henry Perkin Discovered the first synthetic dye. This revolutionised the clothing industry and even reduced the demand for slaves.
14 March 1879 Albert Einstein Mathematician. Proposed both special and general relativity. His work helped to establish quantum mechanics even though he always rejected it.
15 March
16 March 1953 Richard Stallman Founded the Free Software Foundation and was a major figure in the establishment of Free and open-source software.
17 March
18 March 1858 Rudolf Diesel Invented the Diesel engine.
23 March 1913 Paul Erdős Mathematician. Known for living an itinerant lifestyle in his later years in which he travelled the world and collaborated with world-class mathematicians on solving extremely difficult problems. Continues to be remembered in the Erdős Number.
24 March 1820 Edmond Becquerel Discovered the photovoltaic effect.
29 March 1821 William Lyman Credited with inventing the rotating wheel can opener.
31 March 1596 René Descartes Philosopher, mathematician and scientist.
1 April 1578 William Harvey First to accurately describe how blood circulates in the body.
5 April 1827 Joseph Lister Pioneer of antiseptic surgery.
9 April 1806 Isambard Kingdom Brunel Prolific engineer & inventor.
15 April 1452 Leonardo da Vinci Polymath.
16 April 1867 Wilbur Wright Early innovator in aeronautics alongside his brother Orville.
21 April 1909 Józef Kosacki Invented the first portable mine detector.
22 April 1946 Paul Davies Prolific physicist.
23 April 1858 Max Planck Founder of quantum theory.
28 April 1906 Kurt Gödel
29 April
30 April 1777 Carl Friedrich Gauss Mathematician and physicist that made significant contributions in both fields.
8 May 1786 Thomas Hancock Invented the masticator, a machine used to recycle and reshape rubber scraps. This technology resulted in many new uses for rubber.[16]
11 May 1918 Richard Feynman Prolific physicist. Developed Feynman Diagrams.
15 May 1859 Pierre Curie
17 May 1749 Edward Jenner
22 May 1814 Joseph-Louis Lambot Co-inventor of Ferro-cement along with Joseph Monier.[17]
23 May 1707 Carl Linnaeus Early and influential ecologist.
24 May 1544 William Gilbert Significantly advanced early understanding of magnetism. Discovered that the Earth itself is a magnet.
1 June 1907 Frank Whittle Invented the Turbojet engine.
8 June 1916 Tim Berners-Lee Developed the World Wide Web.
9 June 1781 George Stephenson Engineer, inventor and pioneer of rail transportation.
10 June 1913 Edward Abraham Intrumental in the development of early antibiotics.
13 June 1928 John Nash Fundamental contributor to game theory.
15 June 1915 Fred Hoyle Formulated the theory of stellar nucleosynthesis - that stars are powered by nuclear fusion. Proponent of panspermia. Coined the term Big Bang as a derogatory term for what was then a new theory.
19 June 1623 Blaise Pascal Developed probability theory in mathematics.
22 June 1910 Konrad Zuse Developed the first electronic programmable computer.
23 June 1912 Alan Turing Computer Scientist, Mathematician. Developed the theoretical underpinnings of modern computing.
1 July 1646 Gottfried Wilhelm Leibniz Polymath.
2 July 1906 Hans Albrecht Bethe Physicist. Conducted seminal work on quantum mechanics.[18]
3 July 1935 Harrison “Jack” Schmitt Scientist-Astronaut. Spent three days on the Lunar surface as part of the Apollo 17 mission.[19]
4 July 1883 Rube Goldberg Engineer & cartoonist. Satirised modern society's preoccupation with technology. Established the concept of the Rube Goldberg machine.[20]
10 July 1856 Nikola Tesla Prolific inventor.
12 July 1895 Buckminster Fuller Prolific inventor.
20 July 1822 Gregor Mendel Founder of the science of Genetics.
22 July 1888 Selman Waksman Discovered streptomycin, which was the first effective treatment for tuberculosis.
30 July 1863 Henry Ford Inventing the modern production line. Improvements in automobile engineering.
6 August 1881 Alexander Flemming Discovered penicillin.
14 August 1777 Hans Oersted Discovered the relationship between electric currents and magnetic fields, an important step paving the way towards the use of electricity.
19 August 1871 Orville Wright Early innovator in aeronautics alongside his brother Wilbur.
23 August 1769 Georges Cuvier Founder of Paleontology.
24 August 1918 Ray McIntire Invented Styrofoam.[21]
26 August 1906 Albert Bruce Sabin Developed the first oral polio vaccine.[22]
30 August 1871 Ernest Rutherford Physicist. Established the existence of the atomic nucleus.
6 September 1766 John Dalton Proposed modern atomic theory.
9 September 1941 Dennis Ritchie Developed the C programming language and co-developed UNIX. Both revolutionised computing.
16 September 1913 Ermal Cleon "Ernie" Fraze Invented the pull-tab, also known as the ring pull, used in canned beverages and increasingly canned food.
22 September 1791 Michael Faraday Prolific and influential scientist.
24 September 1898 Howard Florey Development of penicillin in to a useful and effective medication.
25 September 1866 Thomas Hunt Morgan Established the chromosome theory of heredity.
26 September 1754 Joseph-Louis Proust Found an important result leading to the modern science of chemistry.
27 September 1925 Sir Robert Edwards Codeveloped in-vitro fertilization (IVF) of the human egg.
29 September 1901 Enrico Fermi Prolific physicist.
2 October 1852 William Ramsey Predicted and then discovered each noble gas. Created the world's first Neon light.[23][24]
5 October 1882 Robert Goddard Developed the first liquid-fuel rocket.
7 October 1885 Niels Bohr Eminent Physicist.
16 October 1803 Robert Stephenson Engineer, inventor, and pioneer of rail transportation.
1 November 1880 Alfred Wegener Originator of the theory of continental drift.
8 November 1922 Christiaan Barnard Cardiac surgeon. Performed the world's first human-to-human-heart transplant.
14 November 1891 Frederick Banting Co-discoverer of insulin.
15 November 1738 William Herschel Distinguished astronomer. Discovered Uranus.
20 November 1889 Edwin Hubble Responsible for major advances in astronomy and cosmology.
26 November 1876 Willis Carrier Invented the air conditioner.
27 November 1701 Anders Celsius Physicist, astronomer and mathematicians. Brought us the Celsius scale for temperature.
14 December 1546 Tycho Brahe
15 December 1852 Henri Becquerel Shared the Nobel Prize for Physics with Pierre and Marie Curie in 1903.
16 December 1917 Arthur C. Clarke Science fiction writer. Made significant contributions to popularising science.
21 December 1803 Joseph Whitworth Engineer, Inventor.
22 December 1887 Srinivasa Ramanujan One of the greatest mathematicians of his time.[25]
23 December
24 December 1938 Bob Kahn Co-developed TCP/IP with Vint Cerf, paving the way for the modern Internet.
25 December 1642 Sir Isaac Newton Polymath.[26]
26 December 1791 Charles Babbage Father of the computer.
27 December 1822 Louis Pasteur
28 December 1903 John von Neumann Polymath.
29 December 1800 Charles Goodyear Developed the process for vulcanizing rubber.
30 December 1954 Rodney Allen Brooks Pioneer in artificial intelligence and robotics. Founded the company that produced the Roomba automated floor cleaner.[27]
31 December 1929 Jeremy Bernstein Physicist and prolific science educator.


STEM 365 is a draft article and may contain little or no information on the topic but notes are available below.

In lieu of the article, the following is provided:

General Information

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Misandry

Misandry is the hatred of, pathological aversion to, or prejudice against men.[28] The first recorded use of the term dates from the 19th century.[29] At the present time misandry is widespread in Western society but may be in decline.

These days it seems you don't need to look far to see negativity focused at men. What is often known as casual misandry permeates western civilisation where many men and women commonly make negative statements about men without apparently regarding this as a problem or being challenged by anyone else present. This problem has steadily deteriorated and we have now reached the point that books with titles such as Are Men Necessary? When Sexes Collide[30] and The End of Men[31] can be published without significant objection from the wider community.

Negative and inaccurate portrayals of men and boys have permeated mainstream media and online knowledge repositories such as Wikipedia, where the bias is particularly evident. Wikipedia editors routinely write negative commentaries about men and Wikipedia admins protect those commentaries while censoring counter-narratives that might show less biased, more accurate information. This practice is reinforced by feminist editing gangs who congregate in regular 'edit-a-thons'[32][33][34] with the sole purpose of increasing feminist ideology within Wikipedia articles, and to censor male-positive discourse and research on men. In a nutshell those in control of Wikipedia have succeeded in deplatforming much reliable information about men and boys.


Issues

The Men's Rights Movement exists to raise awareness of and to address certain problems facing men and boys.

Bodily Autonomy

Female genital mutilation is now illegal in many countries, and international organisations work to reduce this practice. These same societies often refuse to grant boys the same bodily autonomy that they grant girls - the right to be protected from unnecessary medical procedures. The men's rights movement objects to male genital mutilation (also known as circumcision) on the same grounds as female genital mutilation. Both violate the human rights of the individual being mutilated and both should be illegal. In many countries today all individuals have protection from unnecessary medical procedures except for infant boys. That the foreskin is removed in most cases without anesthetic exacerbates the problem.

Many do not know that the foreskins of infant boys are not destroyed as medical waste but are rather put to a variety of uses. While it is true a few are used for medical research the majority go to cosmetic companies. In some countries the sale of foreskins by hospitals is a lucrative business.

We want: Infant boys to have the same protection from medically unnecessary procedures as are extended to the rest of the community.

Disposability

All societies consider men to be disposable. Men are drafted and can be forced in to combat against their will. Men overwhelmingly take on the dangerous jobs in society. In general men are expected to be prepared to give up their life for the good of the community and, specifically, to protect the lives of women. This is so ingrained that few people, men or women, recognise it. Fewer still object to it.

The MRM rejects male disposability in the modern world. While it may have made sense for a society in the past to be prepared to sacrifice it's men for the survival of the society, the MRM holds that this is no longer necessary. With a population exceeding seven billion that might reach 10 or 11 billion in a few decades, we no longer need the ability to quickly recover numbers and so the original reason that male disposability existed is no longer present.

We want: An end to the expectation of male disposability.

Domestic Violence

Today domestic violence is often also called Intimate Partner Violence (IPV). Men constitute between one third and one half of all victims of domestic violence. A similar proportion of domestic violence aggressors are women. In a significant proportion of cases each partner is both a perpetrator and victim of domestic violence. The notion that domestic violence is a gendered issue is simply not supported by the evidence. We object to all domestic violence regardless of the genders of the people involved.

  • We want: Recognition from society that domestic violence is not a gendered issue
  • We want: Domestic Violence services that properly supports victims regardless of their gender.
  • We want: Domestic Violence services that help aggressors regardless of their gender.

Education

The performance of boys in primary and high school education system has been declining for decades. Decades ago boys tended to consistently perform better in primary and high school than girls. Educators set out to change primary and high schooling to improve the results for girls. The problem is that they continued to do this even after it was clear that boys were falling behind.

Education research clearly shows that boys tend to do better in exam assessment and girls tend to do better in in-class assessment. Relative performance in male and female students can be tracked with changing assessment. There has been a clear move away from exams and towards in-class assessment in the last few decades. One notable exception was a recent reversal of this trend in the UK. As expected the performance of boys in the UK improved with the increase in exam assessment.

Increasingly students have less and less time to burn off energy and are expected to sit quietly in the classroom for hours at a time. This is sometimes characterised as the incredible shrinking lunchtime. While this is probably impacting many students negatively the evidence suggests this is generally more of a problem for boys. It is interesting that this should be happening at a time when office workers are entreated to stand and move around more for their long term health.

Alarmingly research shows that in recent years teachers have been academically marking down students with behavioural problems. This has overwhelmingly impacted boys.

The MRM objects to significant gender biases in primary and high school education systems and seeks to reform the system in to one in which boys and girls can benefit.

The problems don't end there. Men have been abandoning the dream of a university education in droves, partly because many university campuses have become very hostile for men. In the US many universities, if a man is accused of sexual assault against a woman he is not afforded council, to know the details of the allegation or even to know the name of his accuser. He then has the onus of proof placed on him. It is not surprisingly that the bulk of such accusation result in the male student being expelled or banned from campus, which generally results in them failing courses.

In most western countries men now constitute less than 40% of university enrollments. While increasing the female participation rates in certain STEM fields is actively promoted there is little interest in addressing the falling university participation rate among men.

  • We want: A recognition in primary and high school that, while there is overlap, boys and girls do tend to behave differently as children as a result of physiological differences and for the education system to accommodate both boys and girls in a way that allows all children to thrive.
  • We want: A university system that is not hostile to young men.

Father's Rights

The family court system in many countries is heavily biased in favour of mothers. In many countries courts still show a strong preference for granting custody to mothers over fathers. Non-custodial fathers often find themselves with very limited access to their children and routinely find that breaches of court orders by mothers (such as not allowing visits in accordance with court orders) are ignored or receive only a token response from authorities. Many men fight in court for years to get reasonable access to their children, only to give up in dispair when they realise the system has failed them.

  • We want: Shared custody arrangements unless compelling reasons exist to show that this is not feasible.
  • We want: Sufficient access for parents not living with their children for a parent-child relationship to be maintained.
  • We want: Enforcement of family court orders on just terms and fair terms.

Health

Males have higher mortality rates at every age. The difference in life expectancy for men and women actually widened during most of the 20th century, peaking in the 1990s. One significant contributor to this is the far greater amount spent on women's health than men's health.

  • We want: Fair allocation of resources to health problems facing men and women.
  • We want: Public recognition that both genders need their gender-specific health issues addressed adequately.

State Discrimination

Even when the evidence against men and women are the same men are more likely to be arrested for an offence, more likely to be charged with an offence, more likely to be convicted of an offence, more likely to receive a custodial sentence, and the sentence will on average be longer. Some states openly advocate on this basis. A UK government commission recently advocated the abolition of all women's prisons. One of the advantages, they argued, was that these prisons could then be used to incarcerate more men.

Laws that are written in a gender neutral way are often not applied that way, and this most often is to the detriment of men.

In Canada these is a special offence for a woman who kills her own newborn, that limits the sentence to five years imprisonment. A major children's charity in Canada opposes this, arguing that a newborn should have the same right to protection from violence as any other member of the community. We fully support their position.

  • We want: Genuine gender-neutrality in the application of the criminal justice system.

Reproductive Rights

Today men actually lack reproductive rights. Unlike women, in many western countries, men cannot choose not to be a father. In the United States there have been numerous cases in which a boy has had sex with an adult woman. The boy was not legally able to consent to the sexual activity and yet when the woman became pregnant the boy was required to pay child support.

Many men have been ordered by courts to continue supporting a child that is not theirs, even after they present conclusive evidence (such as the results of a DNA test) showing that they are not the biological father of the child, and in some cases had no relationship with the child at all.

  • We want: Men to have the same reproductive rights as women.
  • We want: Child support payments to be managed by the courts in a fair and just manner.

Suicide

Men and boys have suicide rates several times higher than women and girls. Male suicide rates have grown at a far faster rate than female suicide rates over the last century. While the of high levels of suicide rates among men has gained recognition within the last few years there is still a long way to go in addressing this serious problem.

  • We want: Society and government to act to address the underlying causes of the rising suicide rate among men.

Unnecessary Medication

Children, and boys in particular, are being diagnosed with Attention Deficit Hyperactivity Disorder (ADHD) and drugged at an alarming rate. This rate has been increasing rapidly in recent years, which is prompting an increase in the sales of drugs to treat the condition. In the United States, for example, sales of ADHD drugs have increased by 89% in four years.[35]

The long term consequences of ADHD medicating on a forming brain are not yet known.

The MRM is concerned that the normal behaviour of many young boys is being considered abnormal and medicated.

This is not to say that all diagnosis for this condition are invalid, but when the diagnosis rate is changing as rapidly as is currently occurring more needs to be done than simply prescribing more drugs.

We want: A proper analysis of why ADHD diagnosis rates are skyrocketing.

Vilification

We live in a society that routinely vilifies masculinity. The TV formula so often seen in sitcoms of a stupid or inept (but often well meaning) man married to a super woman who can solve all of his problems for him by the end of the episode is so common it is almost a cliche. The mass media is full of negative portrays of men. The news media is constantly telling us about negative aspects of masculinity. This has led to a general perception of men as people to be feared and suspected. This had led many airlines to maintain a policy of never seating unaccompanied minors next to men. The implicit assumption here seems to be that the men cannot be trusted next to a child. Many men report feeling uneasy around children, fearful that they will be accused of some terrible act. This is a major cause of men avoiding certain industries, such as childcare.

A series of t-shirts and other products produced in the United States a few years ago suggested Boys are stupid, throw rocks at them. The manufacturers took no regard for the impact their products would have on young minds.

A very concerning problem relates to the distribution of food following disasters. Many relief agencies believe that if food is given to men they will keep it for themselves rather than provide food to their relatives and children. Both the United Nations High Commission on Refugees (UNHCR) and USAID exclude men from food distribution centres on the basis of gender alone. Men and boys may not enter the food distribution centres. Women are permitted to enter and are then expected to distribute the food to their relatives. These organisations claim that special provision is made for families with no female members but they are light on details. It seems unlikely that in the hectic environment of a disaster food distribution centre that the staff would have time to properly investigate the claims of men and boys that they have no women in their family. There is anecdotal evidence to suggest these men and boys are simply excluded from the food distribution.

  • We want: An end to the vilification of masculinity in the public sphere.

Violence

Men experience high levels of violence in society and there is very little recognition of this. Men are close to twice as likely to experience violence in public as women, even though it is women (we are so often told) need to be fearful walking alone at night. The rates of rape of males exceeds that of females if prison rape is included in the statistics. Female-on-male violence is an often ignored problem. Some women, having been taught that violence is gendered, simultaneously object to violence against women but feel that violence against men is inconsequential. One often repeated myth is that a woman cannot physically harm a man. The many men injured and killed by women are a testiment to the erroneous nature of this statement.

Society and the government both ignore and marginalise male victims of violence.

  • We want: Public recognition that violence against everyone is wrong.

Draft Notes

References

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  27. https://www.todayinsci.com/12/12_30.htm
  28. https://en.wiktionary.org/wiki/misandry
  29. http://www.psychologytoday.com/blog/boys-men/201403/why-is-discussion-boys-and-men-opposed
  30. Maureen Dowd., Are Men Necessary?: When Sexes Collide, Berkley (2006)
  31. Hanna Rosin., The End Of Men Riverhead Books (2012)
  32. Katherine Timpf., ‘Storming Wikipedia’: Colleges offer credit to students who enter ‘feminist thinking’ into Wikipedia. Campus Reform (2013)
  33. Wikistorming: Colleges offer credit to inject feminism into Wikipedia. Fox News (2013)
  34. https://magenta.as/this-is-what-happens-at-a-feminist-edit-a-thon-for-wikipedia-15baea4ac8cd
  35. http://www.esquire.com/features/drugging-of-the-american-boy-0414