c.500BC, Heraclitus of Ephesus (540–475 BC) writes: “.. the thunderbolt steers the course of all things” (sometimes paraphrased as “.. the thunderbolt steers the Universe”)[1]
c.450BC, Empedocles (ca. 490–430 BC) is credited with the cosmogenic theory of the four classical elements: Water, Earth, Wind and Fire (a plasma).
17th Century
1607, 17 November, Northern Lights seen over Europe, and witnessed and described by Johannes Kepler (1571-1630).[2]
1616 Galileo Galileo (1564-1642) with his pupil Mario Guiducci (1585-1646) publish an essay in which the Italian term aurora borealis is first used: “thus forming for us this northern dawn (questa boreale aurora)”[2][3]
1621 French scientist Pierre Gassendi (1592-1655) first uses the Latin term, aurora borealis[4][5]
18th Century
1773, 17th February, Captain James Cook observes, records, and names the Southern Lights, the Aurora Australis, for the first time.[6]
19th Century
1879. Sir William Crookes discovers “radiant matter” (after Faraday)[7] and also calls it the “Fourth State of Matter”.[8]
1814, 26 May, Johann Heinrich Wilhelm Geißler (or Geissler) is born. Around 1855 he invents a low-pressure electrical discharge tube, known as a Geissler tub, a forerunner of the neon tube.
1816, 17 Jan, Michael Faraday gives a series of lectures on the properties of matter, the fourth called “Radiant Matter”[9]
1826, 15 Feb, George Johnstone Stoney is born. In 1874 he proposes the existence of the electron as a fundamental unit of charge,[10] and coins the word “electron” on 26 March 1891.[11]
1831, 13 June, James Clerk Maxwell born, unifies electricity and magnetism, eponymously called Maxwell’s equations
1832, 17 June, Sir William Crookes born, discovers “plasma” in Aug 1879.
1850, 18 May, Oliver Heaviside born. He reformulated Maxwell’s equations into the form we know today.
1856, 18 December, Sir J J Thomson born, identifying “plasma” as charged particles in April 1897
1870, 24 September, Georges Claude is born. In 1910 he displays the first neon lamp, and patents the neon lighting tube in 1915.
1871, 30 August, Ernest Rutherford is born. He is generally credited with the discovery of the proton in 1918, and coining the name “proton” in an article on 17 Sep 1920.[12]
1874, August, George Johnstone proposes the existence of the electron, “a quantity of electricity I shall call Er“[10]
1879, 22 August, Sir William Crookes discovers “radiant matter” (after Faraday) and calls it the “Fourth State of Matter”[13]
1879, 24 January, Johann Heinrich Wilhelm Geißler (or Geissler) dies. Around 1855 he invents a low-pressure electrical discharge tube, known as a Geissler tub, a forerunner of the neon tube.
1879, 5 November, James Clerk Maxwell dies, unifies electricity and magnetism, eponymously called Maxwell’s equations
1910, December 11, Georges Claude (born 1870) displays the first neon lamp in Paris, and later patents the neon lighting tube in 1915.
1911, 5 July, George Johnstone Stoney dies. In 1874 he proposes the existence of the electron as a fundamental unit of charge,[10], and, coins the word “electron” on 26 March 1891.[11]
1913, September, Kristian Birkeland publishes the second section of Volume 1 of his book, “The Norwegian Aurora Polaris Expedition” 1902-1903: On The Cause Of Magnetic Storms and The Origin Of Terrestrial Magnetism”
1915, 19 January, Georges Claude (born 1870) patents the neon lighting tube (Patent #1,125,476) having displayed it in Paris in 1910.
1937, 14 May, Hannes Alfvén predicts an interstellar and intergalactic magnetic field, and corresponding electric fields.[18]
1937, 19 October, Ernest Rutherford dies. He is generally credited with the discovery of the proton in 1918, and coining the name “proton” in an article on 17 Sep 1920.[12]
1940, 30 August, Sir J J Thomson dies, identifying “plasma” as charged particles in April 1897
19 January 1915, Georges Claude (born 1870) patents the neon lighting tube (Patent #1,125,476) having displayed it in Paris in 1910.
24 January 1879, Johann Heinrich Wilhelm Geißler (or Geissler) dies. Around 1855 he invents a low-pressure electrical discharge tube, known as a Geissler tub, a forerunner of the neon tube.
2nd February 1897, Kristian Birkeland sets out from Christiania, on his first (failed) Norwegian Aurora Polaris Expedition
3 Feb 1925, Oliver Heaviside dies. He reformulated Maxwell’s equations into the form we know today.
15 Feb 1826, George Johnstone Stoney is born. In 1874 he proposes the existence of the electron as a fundamental unit of charge, and coins the word on 4 Sep 1894.[10]
17th February 1773, Captain James Cook observes, records, and names the Southern Lights, the Aurora Australis, for the first time.[6]
14 May 1937, Hannes Alfvén predicts an interstellar and intergalactic magnetic field, and corresponding electric fields.[18]
18 May 1850, Oliver Heaviside born. He reformulated Maxwell’s equations into the form we know today.
23 May 1960. Georges Claude dies. In 1910 he displayed the first neon lamp, and patented the neon lighting tube in 1915.
26 May, 1814, Johann Heinrich Wilhelm Geißler (or Geissler) is born. Around 1855 he invents a low-pressure electrical discharge tube, known as a Geissler tub, a forerunner of the neon tube.
1st July 1902, Kristian Birkeland sets out on his successful third Norwegian Aurora Polaris Expedition (returning in 1903)
5 July 1911, George Johnstone Stoney dies. In 1874 he proposes the existence of the electron as a fundamental unit of charge, and coins the word on 4 Sep 1894.[10]
August 1874, George Johnstone Stoney proposes the existence of the electron as a fundamental unit of charge, “a quantity of electricity I shall call Er”[10]
22 August 1879, Sir William Crookes discovers “radiant matter” (plasma) and calls it the “Fourth State of Matter”[13]
27-31 August 1956, IAU Symposium no. 6, on “Electromagnetic Phenomena in Cosmic Physics” in Stockholm.
30 August 1871, Ernest Rutherford is born. He is generally credited with the discovery of the proton in 1918, and coining the name “proton” in an article on 17 Sep 1920.[12]
30 August 1940, Sir J J Thomson dies, identifying “plasma” as charged particles in April 1897
September
September, 1899, Kristian Birkeland sets out on his second Norwegian Aurora Polaris Expedition
October 1908, Kristian Birkeland publishes the first section of Volume 1 of his book, “The Norwegian Aurora Polaris Expedition” 1902-1903: On The Cause Of Magnetic Storms and The Origin Of Terrestrial Magnetism”
19 October 1937, Ernest Rutherford dies. He is generally credited with the discovery of the proton in 1918, and coining the name “proton” in an article on 17 Sep 1920.[12]
↑Hippolyte, “Réfutation des toutes les hérésies”, (Fragment 64) IX, 10, 7. “It is the thunderbolt (κεραυνός) that steers (οἰακίζει) the course of all things (τὰ πὰντα).” (Ref)
↑ 2.02.12.2Harald Falck-Ytter, Aurora: The Northern Lights in Mythology, History and Science Translated by Alexander Robin, Published 2000 by SteinerBooks, ISBN 0880104686, (page 54)
↑Galileo Galilei and Mario Guiducci, Discorso delle comete, (1619). Translated by Stillman Drake, Discourse on the Comets.
↑Jon Miller, Brad Inwood, Hellenistic and Early Modern Philosophy 2003, Cambridge University Press, ISBN 0521823854 (page 37)
↑Pierre Gassendi, Syntagma philosophicum in Opera omnia vol.2 63-111
↑ 6.06.1“Aurora Australis” from the Web site of the Australian Antarctic Division, retrieved 1 March 2008. “Between midnight and three o’clock in the morning, lights were seen in the heavens, similar to those seen in the northern hemisphere, known by the name of Aurora Borealis, or Northern Lights; but I never heard of the Aurora Australis being seen before.”
↑“On a Fourth State of Matter” by Crookes, W., publ. January 1, 1879, Proceedings of the Royal Society of London (1854-1905). 1879-01-01. 30:469–472 at archive.org FULL TEXT
↑ 11.011.111.211.3Stoney, G. Johnstone, “On the cause of double lines and of equidistant satellites in the spectra of gases” (1891) Scientific Transactions of the Royal Dublin Society, Volume 4; p563-608; XI (paper number). Read on the 26 March & 22 May 1891. See also, John M. Rodenburg, Ed., “Electron Microscopy and Analysis 1997: Proceedings of the Institute of Physics Electron Microscopy and Analysis Group Conference, Cavendish Laboratory, University of Cambridge, 2-5 September 1997” (1997) CRC Press, 708 pages, ISBN 0750304413. (Page 2)
↑ 12.012.112.212.3“Proton”, Oxford English Dictionary, in “Engineering”, 17 Sept. 1920 382/3
↑ 13.013.1Presented a lecture to the British Association for the Advancement of Science, in Sheffield,[1][2]
↑ 14.014.1Announced in his evening lecture to the Royal Institution on Friday, 30th April 1897, and published in Philosophical Magazine, 44, 293 (Ref}
↑Kristian Birkeland, “Are the Solar Corpuscular Rays that penetrate the Earth’s Atmosphere Negative or Positive Rays?”, Videnskapsselskapets Skrifter, I Mat Naturv. Klasse No.1, Christiania, 1916. “From a physical point of view it is most probable that solar rays are neither exclusively negative nor positive rays, but of both kinds””
↑ 16.016.1Langmuir, Irving, “Oscillations in Ionized Gases”, Proceedings of the National Academy of Sciences of the United States of America, Volume 14, Issue 8, pp. 627-637 (Communicated 21 June 1928) (Abstract and full text). “We shall use the name plasma to describe this region containing balanced charges of ions and electrons.”
↑Kipper, A., “A Symposium on “Electromagnetic Phenomena in Cosmic Physics” in Stockholm on August 27-31, 1956″, Soviet Astronomy, Vol. 1, p.293, 04/1957
↑ 22.022.1“Double Layers in Astrophysics”, NASA Conference Publication 2469 (NASA CP-2469), (1987) Edited by Alton C. Williams and Tauna W. Moorhead (Record) (Full text) FULL TEXT