Top 2000 geniuses and minds

A selection of epicenter geniuses, namely: Goethe, Aristotle, Einstein, Franklin, Voltaire, Boltzmann, and their associates, who each rank in as top 2000 minds, geniuses, and intellects, as ordered via "intellectually brightness" (Cox, 1926), by real IQ, below.

In genius studies, top 2000 geniuses and minds refers to a ranked mixture of the top two-thousand geniuses, superior intellects, greatest minds, and erudite thinkers of all time, ordered via "real IQ", on ten wiki pages.

Overview

The following is a work-in-progress meta-analysis (see: IQ key) ranking of the greatest, top, supreme, brightest, and or most-profound “geniuses”, superior intellects, and new minds of all time. The seeds of the list are a mixture of the: Cardano 12 (1560), Cox 300 (1926), Platt 12 (1962), Buzan 100 (1994), Thims 97 (2005), and the infamous "Thims 32" (2010), among others (see: reference list).

The column shows the "real IQ" (compare: non-real IQ) of each person; all scaled around the mean CPBT IQs. The column shows all known historical IQ estimates or calculations of that person. See also: IQ:200 cutoff note. The "D" column shows the "intellectual density" (see: IQD) of each person, which is their real IQ divided by years of existence. The "A" column shows the age when the person ceased to exist. The "G" column list the gender (male / female) of each person. The "steady" , "up" , "down" , and "wavy" indicators, in each ranking #, give indication on whether they are in the process of migrating upwards, downwards, "holding steady", or in a wave, processing or "undecided" state. To make suggestion, visit either the Hmolpedia forum or the Reddit RealGeniuses community.

Geniuses | 1-200 | IQ:180-210

See also: Higher minds, 1-200, 201-400, 401-600, 601-800, 801-1,000, 1,001-1,200, 1,201-1,400, 1,401-1,600, 1,601-1,800, 1,801-2,000, Full list, Candidates

The following (see: IQ key) are intellects “1-200” of the top 2000 geniuses and minds:

#			Person		D	A	Overview	G	Country
1.	210		Johann Goethe (206-123 BE) (1749-1832 ACM)	=240 =233 =225 =215|#2 =215|#4 =213 =210 =210|#1 = 210 =200 =200+ =188 =180	2.53	82	(Cattell 1000:7) (RGM:41|1,350+) (PR:63|65AE / writer:4) (Murray 4000:2|WL) (Gottlieb 1000:131) (Perry 80:1) (SN:1) (HD:19) (FA:56) (GA:6) (HFET:1) (ET:8|21+) (TL:2,190|#1) Poly-intellect, writer, philosopher, evolutionist; noted for his 1809 physico-chemical based novella Elective Affinities, which initiated the science of human chemistry, wherein the four main characters, Charlotte A (as ), Edward B (as ), Captain C (as ), Ottilie (as a newly introduced chemical), Edward and Charlotte married or bonded (as or gypsum), react or transform through the following double displacement human chemical reaction: during which their "passions" and competing "moralities" are brought into conflict and reconciled via governing nature of the “affinities” (or chemical forces) operating on and between each character; the socially-extrapolated realization of Newton's last and final "Query 31" (1718); also noted for his 1784 discovery of the human intermaxillary bone (thus proving evolution), Sorrows of Young Werther (1774), Faust (1808/1832), among other works.	M	German
2.	210		Isaac Newton (312-228 BE) (1643-1727 ACM)	=250+ =250 =200 =199 =195|#5 =193 =192 =190|#7 =190 =190|#14 =170	2.44	84	(Cattell 1000:4) (RGM::2|1,350+) (Murray 4000:2|CS / 1|P / 2|M) (Gottlieb 1000:6) (Becker 160:2|17L) (Stokes 100:32) (Simmons 100:1) (SIG:1) (EPD:F0) (TL:888|#2) Physicist, astronomer, chemist, mathematician, and philosopher; “Is it not for want of an attractive virtue [no attraction] (ΔG > 0) between the parts of water (∇) and oil, of quick-silver (☿)(Hg) and antimony (♁)(Sb), of lead (♄)(Pb) and iron (♂)(Fe), that these substances do not mix; and by a weak attraction (ΔG ≈ 0), that quick-silver (☿)(Hg) and copper (♀)(Cu) mix difficultly; and from a strong one [strong attraction] (ΔG < 0), that quicksilver (☿)(Hg) and tin (♃)(Sn), antimony (♁)(Sb) and iron (♂)(Fe), water (∇) and salts, mix readily?” — Isaac Newton (1718), “Query 31”, in: Optics Noted for his 1671 ''Method of Fluxions and Infinite Series'', wherein, he introduced differential equations (Ѻ); for his 1686 Mathematical Principles of Natural Philosophy; wherein he codified the three laws of motion, and proved, via mathematical means, that planets travel in ellipses owing to an “inward force of attraction between planets and the sun must decrease in inverse proportion to the square of the distance between them”, which Hooke and or Halley boasted, to Wren (c.1684), to have “solved”, albeit without proof; and for his 1704 Optics, wherein argues for a corpuscular theory of light, and in the 1718 edition attached his final “Query 31”, on the nature of chemical reactions occurring by degrees of force, which launched the science of affinity chemistry.	M	English
3.	205		Democritus (2415-2325 BE) (c.460-370 BCM)		2.11	90	(Cattell 1000:751) (RGM:86|1,350+) (Becker 139:79|4L) (Stokes 100:10) (FA:14) (ACR:4) (TL:296) Mathematician and philosopher; “The material cause of all things that exist is the coming together of atoms and void. Atoms are too small to be perceived by the senses. They are eternal and have many different shapes, and they can cluster together to create things that are perceivable. Differences in shape, arrangement, and position of atoms produce different things. By aggregation they provide bulky objects that we can perceive with our sight and other senses.” — Democritus (c.420BC), Pay (Ѻ) fragment #47 Known as the "father of atomic theory" (Leucippus is grandfather; Epicurus is son; Lucretius is grandson) and “prince of philosophers” (Laertius, 230); notably: "he mastered the whole extent of the science of his time, and that probably with greater independence and thoroughness than was the case with Aristotle" (Lange, 1865); he did the cone-cylinder, pyramid-prism proofs before Eudoxus claims of discovery (Archimedes, c.220BC); he was "the most learned man about nature of all the ancients” (Philodemus, 45BC); was the first to “deny chance” (see: anti-chance) (Simplicius, c.530); upgraded from #36 to #8 (Nov 2020), above Aristotle, per Lange, Archimedes, Philodemus, Simplicius; and per the fact that Plato tried to buy up and burn all of his books (Aristoxenus, 325BC).	M	Greek
4.	200		Aristotle (2339-2277 BE) (384-322 BCM)	=250 =190-210 =200+ =200 =190 =190	3.15	62	(Cardano 12:2) (Cattell 1000:6) (RGM:9|1,350+) (Murray 4000:3|CS / 2|B / 1|WP) (Becker 160:9|11L) (Becker 139:2|19L) (Stokes 100:9) (EPD:FM) (TL:573|#6)	M	Greek
5.	195		Albert Einstein (76 BE-0 AE) (1879-1955 ACM)	=240 =233 =225 =205|#4 =200 =190|#16 =180+ =160 (Einstein's IQ)	2.70	76	(RGM:6|1,350+) (Murray 4000:9|CS / 2|P) (Gottlieb 1000:17) (Becker 160:1|19L) (Stokes 100:93) (Simmons 100:2) (LGS:1) [Kanowitz 50:2] [Cropper 30:1|R] (GPE:1) (HD:52) (TL:768|#5) Physicist, astronomer, and philosopher; noted for his 1905 discovery of the equivalence of mass and energy: ; for his hypothesis of "light quanta" (via Planck's 1901 "energy element"); pioneer of radiation thermodynamics of relativistic thermodynamics; famous his 1915 general theory of relativity, which explained gravity as the bending of "spacetime" around all massive bodies (as shown above); via which he predicted the gravitational bending of light rays (confirmed by Eddington during the eclipse of 1919), and also predicted the existence of "gravitational waves" (detected in 2015, emanating from the inward spiral and merger of a pair of black holes of around 36 and 29 solar masses).	M	German-born American
6.	195		James Maxwell (124-76 BE) (1831-1879 ACM)	=185|#26	4.27	48	(RGM:53|1,350+) (Murray 4000:20|CS / 9|P) (Gottlieb 1000:205) (Becker 160:5|15L) (Simmons 100:12) (DN:4±) (GPE:3) (EPD:M8) (TL:498|#8) Physicist; “Was it a god that wrote these signs, revealing the hidden and mysterious forces of nature around me, which fill my heart with quiet joy?” — Ludwig Boltzmann (1893), on Maxwell’s equations Noted for his 1860 development of the kinetic theory of gases; his 1871 Theory of Heat, his 1873 electromagnetic field theory of light, his 1875 thermodynamic surface work, among a number of other impressive accomplishments.	M	Scottish
7.	195		Willard Gibbs (116-52 BE) (1839-1903 ACM)	=180|#36	3.20	64	(RGM:573|1,350+) (Gottlieb 1000:825) [GTE:#] [GCE:27] [GPE] [GEE] (EPD:M16) (TL:866|#3) Mechanical engineer, chemical engineer, and mathematical physicist; “Gibbs is the greatest mind in American history. Lorentz, comparatively, is the greatest and most powerful thinker I have ever known. I never met Gibbs, but, perhaps, had I done so, I might have placed him beside Lorentz.” — Albert Einstein (c.1925/54), aggregate quote Central founder of chemical thermodynamics, statistical mechanics, vector analysis; first-slating: 195-220 (c.2013).	M	American
8.	195		Leonardo Vinci (503-436 BE) (1452-1519 ACM)	=260 =250 =233 =220|#1 =210, 220 =200 =195|#9 =181, =180|#27 =167	2.99	67	(Cattell 1000:86) (RGM:1|1,350+) (Murray 4000:3|T / 4|WA) (Gottlieb 1000:9) (Becker 160:14|9L) [GEE:#] [LPKE:#] (RMS:13) (EP:4) (TL:194) Engineer, artist, technologist, polymath, physicist, astronomer, and general philosopher; “The desire to know is natural to good men.” — Leonardo Vinci (c.1490) note for: blue sky problem theorist; animal heat theory, engineering, e.g. he made the first design for a piston and cylinder (see: piston) style gunpowder engine able to to lift a weight (adjacent), and therein an avowed "vacuist" (compare: avacuist); designed warfare technology, flight machines; heliocentrism advocate; did a pumpkin growing variant of Johann Helmont’s later more-popular willow growing experiment; Bible flood myth debunker; said to have utilized a "sleep formula", sleeping no more than four hours at a time, so to optimize his intellectual output: IQ of 260 (Araugo, 2017).	M	Italian
9.	195		Rudolf Clausius (133-67 BE) (1822-1888 ACM)	=175|#84	3.03	66	(RGM:|1,350+) (GS:5) (SIG:3) (TL:860|#4) Mathematical physicist; “Before Clausius, truth and error were in a confusing state of mixture, and wrong answers were confidently urged by the highest authorities.” — Willard Gibbs (1889), “Rudolf Julius Emanuel Clausius” Noted for his The Mechanical Theory of Heat (1865), wherein, building on Euler, Lagrange, Lavoisier, Carnot, Joule, Thomson, and Rankine, he founded the science of thermodynamics; first-slating: 195-210 (c.2014).	M	German
10.	195		Galileo (319-313 BE) (1564-1642 ACM)	=240 =180-200 =185 =183 =180	2.67	77	(Cattell 1000:46) (RGM:4|1,350+) (Murray 4000:2|CS / 5|P / 2|A) (Gottlieb 1000:4) (Becker 160:2|17L) (Stokes 100:30) (Simmons 100:7) (EP:10) (GPE:5) (GAE:2) (TL:308) Physicist;	M	Italian
11.	195		Hermann Helmholtz (134-61 BE) (1821-1894 ACM)		2.67	73	(RGM:214|1,350+) (Becker 160:121|3L) (Simmons 100:63) (TL:394|#14) Physicist, physician, and philosopher; “I believe it is a common saying that Helmholtz was the last of the last universal geniuses, and we are fast arriving at the point where even a single subject becomes too vast for one man.” — Donald Liddell (1922), Handbook of Chemical Engineering Noted for his 1882 "On the Thermodynamics of Chemical Processes", wherein, via refutation of the "thermal theory of affinity", proved the thermodynamic theory of affinity correct, according to which it is "free energy", not heat release, that is the true measure of chemical affinity; image shown are his “mechanical eyeballs”, from his Handbook of Physiological Optics (1867).	M	German
12.	195		Gilbert Lewis (80-9 BE) (1875-1946 ACM)		2.75	70	(RGM:489|1,350+) (FTS:6) (TL:453|#10) Physical chemist;	M	American
13.	195		Rene Descartes (339-305 BE) (1596-1650 ACM)	=188 =178 =175 =175	3.68	53	(Cattell 1000:23) (RGM:26|1,350+) (Becker 160:37|5L) (Becker 139:3|18L) (Stokes 100:33) (TR:355) (LH:2) (TL:358)	M	French
14.	195		Robert Hooke (320-252 BE) (1635-1703 ACM)	=200+	2.91	67	(RGM:372|1,350+) (EPD:F13) “The vacuum left by fire lifts a weight.” — Robert Hooke (1675), “A New Invention in Mechanics of Prodigious Use”	M	English
15.	195		Leonhard Euler (248-172 BE) (1707-1783 ACM)	=230 =190-210	2.57	76	(Cattell 1000:512) (RGM:91|1,350+) (Simmons 100:35)	M	Swiss
16.	195		Pierre Laplace (206-128 BE) (1749-1827 ACM)	=190	2.50	77	(Cattell 1000:233) (RGM:315|1,350+) (Murray 4000:8|CS / 4|A) (Becker 160:58|4L) (Simmons 100:29) (GPE:34) (CR:203) Physicist and astronomer;	M	French
17.	195		Voltaire (261-177 BE) (1694-1778 ACM)	=200 =190 =185	2.35	83	(Cattell 1000:4) (RGM:62|1,350+) (Murray 4000:7|WL) (Becker 139:32|9L) (Stokes 100:41) (EPD:M7) (GPhE:#) (EPD:M7) (TL:323) Philosopher, writer, encyclopedist, lay physicist;	M	French
18.	195		Nikola Tesla (99-12 BE) (1856-1943 ACM)	=230-310 =200 =189 =140-160	2.27	86	(RGM:5|1,350+) (Becker 160:10|11L)	M	Serbian-born American
19.	195		Henry Adams (117-37 BE) (1838-1918 ACM)		2.44	80	(RGM:675|1,350+) (GHE:1) (SN:2) (HFET:5) (CR:568) (LH:6) (TC:572|#6) Historian and physico-chemical humanities pioneer; “No one shall persuade me that I am not a phase.” — Henry Adams (1908), “Letter to Elizabeth Cameron”, Sep 29 Noted for his physico-chemical social dynamics (1908) theory of history, a five-decade plus long effort, to apply and utilize the physical sciences, particularly chemistry, physics, and thermodynamics, employing anchor concepts such as the second law, the kinetic theory of gases, Gibbs phase rule (see: social phase), Maxwell's demon, nebular hypothesis, heat death, social gravity, social acceleration theory, etc., in the study of humans, politically, historically, and philosophically, which he viewed as human molecules (or "phases" or equilibrium states, depending), and countries, via the historical rise and fall change perspective;	M	American
20.	190		Thomas Young (182-126 BE) (1773-1829 ACM)	=185-200 =190 =185|#17	3.48	55	(RGM:772|1,350+) (Murray 4000:19|P) (CR:106)	M	English
21.	190		Carl Gauss (178-100 BE) (1777-1855 ACM)	=300 =250+ =240 =200± =180+	2.47	77	(Cattell 1000:848) (RGM:11|1,350+) (Becker 160:60|4L) (Simmons 100:41)	M	German
22.	190		Vilfredo Pareto (107-32 BE) (1848-1923 ACM)		2.53	75	(RGM:475|1,350+) [CR:282|#24]	M	French-born Italian
23.	190		Joseph Lagrange (219-142 BE) (1736-1813 ACM)	=185	2.47	77	(RGM:41|1,350+) (Becker 160:109|3L)	M	French
24.	190		Gottfried Leibniz (309-239 BE) (1646-1716 ACM)	=205 =200 =194 =182	2.71	70	(Cattell 1000:34) (RGM:675|1,350+) (Murray 4000:14|CS / 6|M / 11|WP) (Gottlieb 1000:88) (Becker 160:79|3L) (Becker 139:18|13L) (Stokes 100:37) (Listal 100:17) (GME:8) (TL:284) Mathematician, physicist, and philosopher, aka the “German Plato” (Erman, 1828); noted for	M	German
25.	190		Empedocles (2450-2390 BE) (495-435 BCM)		3.17	60	(RGM:432|1,350+) (CR:288|#24)	M	Greek
26.	190		Sadi Carnot (159-123 BE) (1796-1832 ACM)		5.28	36	(RGM:793|1,350+) (TL:441)	M	French
27.	190		Erwin Schrodinger (86 BE-6 AE) (1887-1961 ACM)		2.60	73	(RGM:158|1,350+) (Becker 160:44|5L) (Simmons 100:18) (HFET:11) (GPE:7) (CR:229) (LH:7) (TL:239|#33)	M	Austrian
28.	190		Francis Bacon (394-329 BE) (1561-1626 ACM)		2.92	65	(RGM:96|1,350+) (Becker 160:104|2L) (Becker 139:26|11L) (Stokes 100:29)	M	English
29.	190		Ludwig Boltzmann (111-49 BE) (1844-1906 ACM)		3.06	62	(RGM:483|1,350+) (Simmons 100:24) [Kanowitz 50:44] [Cropper 30:1|SM] (GPE:26) (EPD:F15) (FTS:4) (TL:324) Physicist and thermodynamicist, of the Vienna school, a semi-categorized epicenter genius, one of the central founders of statistical thermodynamics, known for his derivation of the probabilistic or logarithmic description of entropy as a function of the molecular distributions of the body; for his 1886 lecture "On the the Second Law of Thermodynamics" applied to evolution; for his 1891 conjecture that energy can be divided "atomically" (which led, via Planck) to the quantum revolution.	M	Austrian
30.	190		Baron Holbach (232-166 BE) (1723-1789 ACM)		2.92	65	(RGM:688|1,350+) [SN:12] (FA:74) (GAE:1) (GPhE:5) (TL:274) Atheism-explicit anti-chance based matter-and-motion philosopher, eponyms: Holbachian, Holbach’s school (Ѻ), Holbach's geometrician (forerunner to Laplace's demon); characterized as the “Newton of the atheists” (Ѻ)(V|1:45) or "the supreme materialist" (Cooper, 1976), even cited so in history of atheism documentaries, and high ranked extreme atheist; in epicenter genius categorizations, was “one member of Voltaire’s circle”, if not the leader, and who; according to Caspar Hakfoort, was one of the stepping stone pioneers of scientism, being generally known for his 1770 The System of Nature: the Laws of Moral and Physical World, referred to by some as an "Atheist’s Bible", wherein saw the universe as nothing more than matter in motion, bound by inexorable natural laws of cause and effect, in which there is “no necessity to have recourse to supernatural powers to account for the formation of things.”	M	German-born French
31.	190		Friedrich Nietzsche (111-55 BE) (1844-1900 ACM)	=210 =200+ =200+ =190 =186 =180 =180 =150	3.45	55	(RGM:39|1,350+) (Becker 139:8|17L) (Stokes 100:70) (EPD:F5) (TL:336)	M	German
32.	190		Pierre Gassendi (363-300 BE) (1592-1655 ACM)	=185	3.02	63	(RGM:661|1,350+)	M	French
33.	190		Christiaan Huygens (326-260 BE) (1629-1695 ACM)	=175	2.88	66	[RGM:383|1,350+] (Becker 160:55|4L) (Simmons 100:40) (EPD:M8)	M	Dutch
34.	190		Otto Guericke (353-269 BE) (1602-1686 ACM)		2.89	83	[RGM:99|1,350+] (EP:10) (GPE:62) (TL:195) Experimental physicist, philosopher, and diplomat, noted for []	M	German
35.	190		Thomas Jefferson (212-129 BE) (1743-1826 ACM)	=195 =178 =160 =160 =160	2.29	83	[RGM:78|1,350+]	M	American
36.	190		Linus Pauling (54 BE-43AE) (1901-1994 ACM)	=180 =180 =170 =170 =160 =160	2.04	93	[RGM:430|1,350+] (Becker 160:29|7L) (Simmons 100:16) (HFET:#)	M	American
37.	190		Wilhelm Ostwald (102-23 BE) (1853-1932 ACM)		2.44	78	[RGM:87|1,350+] (HFET:4) [CR:298|#20]	M	German
38.	190		Archimedes (2242-2167 BE) (287-212 BCM)	=240 =190 =190	2.53	75	(Cardano 12:1) (RGM:9|1,350+) (Becker 160:13|10L) (Simmons 100:100)	M	Greek
39.	190		Max Planck (97-8 BE) (1858-1947 ACM)		2.13	89	[RGM:23|1,350+] (Becker 160:20|8L) (Simmons 100:25) [CR:254|#30]	M	German
40.	190		Paul Dirac (53 BE-29 AE) (1902-1984 ACM)	=185|#24	2.31	82	(RGM:201|1,350+) (Murray 4000:15|P) (PR:1,898|65AE / physicists:44) (Becker 160:94|3L) (Simmons 100:20) (CR:137) (LH:3) (TL:140|#71) Physicist; noted for his 1926 derivation of the general formulation of the exclusion principle; his 1928 derivation of a relativistic wave equation for the electron, as shown adjacent carved in stone (Westminster Abby), from which he predicted the anti-electron (discovered in 1932); and for his Principles of Quantum Mechanics; upgrade ↑ for his 1927 Solvay rant on god and religion; downgrade ↓ for his later “because god made it that way” and “god is a mathematician” statements; first-slating: 190|#36 (c.2016)	M	English-born American
41.	190		John Neumann (52 BE-2 AE) (1903-1957 ACM)	=225=200 =180 =180 =163	3.58	53	[RGM:189|1,350+] (Becker 160:142|2L) (Simmons 100:51) (HFET:9) [CR:221|#32]	M	Hungarian-born American
42.	190		Enrico Fermi (54-1 BE) (1901-1954 ACM)		3.58	53	[RGM:38|1,350+] (Becker 160:45|5L) (Simmons 100:34)	M	Italian
43.	190		William Shakespeare (391-339 BE) (1564-1616 ACM)	=233 =210	3.65	52	[RGM:54|1,350+]	M	English
44.	190		Hypatia (1605-1540 BE) (350-415 ACM)	=210 =200 =195 =180 =170	2.92	65	[RGM:92|1,350+] (Becker 139:109|3L) (GFG:1) (CR:44) Philosopher, mathematician, physicist, and astronomer; “Reserve your right to think, for even to think wrongly is better than not to think at all.” — Hypatia (c.400), Publication only known female universal genius, daughter of mathematical astronomer Theon, the last head of the Library of Alexander; noted for being one of the last apex intellects before humanity went into the dark ages; a fabled "last persons to know everything"; noted early irreligionist; credited with the invention of the astrolabe (adjacent); is rumored to have explained the seasonal variations of the apparent size of the sun, and conceived of elliptical orbit heliocentrism; Kepler, Bertrand Russel, and Voltaire praised her; stoned to death.	F	Greco-Roman Alexandrian
45.	185		Giordano Bruno (407-355 BE) (1548-1600 ACM)		3.56	52	[RGM:128|1,350+]	M	Italian
46.	185		Blaise Pascal (332-293 BE) (1623-1662 ACM)	=235 =195 =195 =192	4.74	39	[RGM:30|1,350+] (Becker 160:38|5L) (Becker 139:50|6L) (EPD:M3)	M	French
47.	185		Richard Feynman (37 BE-33 AE) (1918-1988 ACM)	=180+ to ceiling =190 =185 =125 =120 (Feynman's IQ)	2.68	69	[RGM:70|1,350+] (Becker 160:98|3L) (Simmons 100:52) (TL:114)	M	American
48.	185		Epicurus (2296-2225 BE) (341-270 BCM)		2.61	71	[RGM:108|1,350+] (Becker 139:39|8L) (Stokes 100:11) (TL:368|#16)	M	Greek
49.	185		William Thomson (131-48 BE) (1824-1907 ACM)		2.23	83	(Cattell 1000:989) [RGM:619|1,350+] (Gottlieb 1000:111) (Becker 160:27|7L) (Kanowitz 50:19) (Cropper 30:5|T) (GPE:47) (SIG:6) (EPD:M6) [CR:390|#14] Mathematical physicist and philosopher;	M	Irish-born Scottish
50.	185		Pierre Maupertuis (257-197 BE) (1698-1758 ACM)		3.08	60	[RGM:616|1,350+]	M	French
51.	185		Benedict Spinoza (323-278 BE) (1632-1677 ACM)	=175 =175 =175	4.20	44	[RGM:116|1,350+] (Becker 139:10|16L) (Stokes 100:36) (EPD:M6)	M	Dutch
52.	185		Percy Bridgman (73 BE-6 AE) (1882-1961 ACM)	=180 =170	2.34	79	[RGM:617|1,350+]	M	American
53.	185		Thomas Edison (108-24 BE) (1847-1931 ACM)	=240 =195	2.20	84	[RGM:147|1,350+] (Becker 160:19|8L)	M	American
54.	185		Robert Boyle (328-264 BE) (1627-1691 ACM)	=160	2.89	64	(Cattell 1000:354) [RGM:529|1,350+] (Murray 4000:6|C) (Gottlieb 1000:142) (Becker 160:39|5L) [Kanowitz 50:41] (GPE:39) (GCE:6) (EPD:M3) [CR:178] Physicist, chemistry, and natural philosopher;	M	Irish
55.	185		Nicolaus Copernicus (482-412 BE) (1473-1543 ACM)	=185 =173 =160 =100-110	2.64	70	(Cattell 1000:341) [RGM:20|1,350+] (Murray 4000:5|A) (Gottlieb 1000:18) (Becker 160:16|8L) (Stokes 100:25) (Simmons 100:10) [Kanowitz 50:15] (EPD:F3) (GPE:35) (GAE:1) [CR:136] Mathematician, astronomer, and physician; “I am thoroughly frightened by what happened to our master, Copernicus. Although he won immortal fame among some persons, nevertheless among countless – for so large is the number of fools – he became a target of ridicule and derision. I would of course have the courage to make my thoughts public, if there were more people like you. But since there aren’t, I shall avoid this kind of activity.” — Galileo (1596), “Letter to Johannes Kepler” aka "next Ptolemy" (Reinhold, 1542), noted for []	M	Polish
56.	185		Euclid (2295-2135 BE) (c.340-280 BCM)	=185	3.08	60	(Cardano 12:3) (RGM:13|1,350+) (Becker 160:34|5L) (Simmons 100:59)	M	Greek
57.	185		Leon Winiarski (90-40 BE) (1865-1915 ACM)		3.70	50	[RGM:712|1,350+] (TL:181)	M	Polish-born Swiss
58.	185		Norman Dolloff (48 BE-29 AE) (1907-1984 ACM)		2.40	77	(SN:5|55+) (EvT:21|21+) (CR:41) Metallurgical engineering geologist; noted for his Heat Death and the Phoenix (1975), wherein he gives the following "organism synthesis equation": He is classified as the transition point mindset of someone grappling to switch from the entropy "order/disorder" model of everything to the "free energy" model of everything; all done in the framework of explicit atheism.	M	American
59.	185		Percy Shelley (163-133 BE) (1792-1822 ACM)	=185+ =165	6.17	30	(D:6.17|A30) (RGM:562|1,350+) (Gottlieb 1000:509) (Nelson 19:12) (HD:22) (FA:94) (GA:15) (CR:100) (LH:8) (TL:108|#93) Romantic poet and philosopher,	M	English
60.	185		Arthur Schopenhauer (167-95 BE) (1788-1860 ACM)	=170	2.57	72	[RGM:98|1,350+] (Becker 139:21|12L) (Stokes 100:49) [CR:259|#29]	M	German
61.	185		Isaac Beeckman (367-318 BE) (1588-1637 ACM)		3.78	49		M	Dutch
62.	185		Desiderius Erasmus (489-418 BE) (1466-1537 ACM)	=180 =178 =175	2.68	69	[RGM:82|1,350+] (Becker 139:114|3L) (Stokes 100:27)	M	Dutch
63.	185		Hero (1945-1885 BE) (c.10-70 ACM)		3.08	60	[RGM:379|1,350+]	M	Greek
64.	185		Alan Turing (43-1 BE) (1912-1954 ACM)	=190=180	4.40	42	[RGM:12|1,350+] (Becker 160:97|3L) (Stokes 100:96)	M	English
65.	185		Friedrich Schiller (196-150 BE) (1759-1805 ACM)	=165	4.02	46	[RGM:37|1,350+] (Stokes 100:46)	M	German
66.	185		Humphry Davy (177-126 BE) (1778-1829 ACM)	=165	3.63	51	[RGM:530|1,350+] (Becker 160:114|3L) (Nelson 19:16)	M	English
67.	185		Jean Sales (214-139 BE) (1741-1816 ACM)		2.47	75	[RGM:670|1,350+]	M	French
68.	185		Gerald Massey (127-48 BE) (1828-1907 ACM)		2.34	79		M	English
69.	185		John Mill (149-82 BE) (1806-1873 ACM)	=200 =190 =185 =183 =18	2.80	66	[RGM:149|1,350+] (Becker 139:16|14L) (Stokes 100:54)	M	English
70.	185		Sigmund Freud (99-16 BE) (1856-1939 ACM)	=180 =156	2.23	83	[RGM:131|1,350+] (Murray 4000:18|M) (Gottlieb 1000:15) (Becker 160:43|5L) (Becker 139:119|3L) (Stokes 100:66) (Simmons 100:6) (Bloom 100:19) (Scott 50:11) (HFET:3) [HD:51] (FA:122) (GA:13) (RMS:75) (GPhE:32) (GSE:#) [CR:337|#17] (CR:301) (LH:4) (TL:306|#21) Psychoanalyst and philosopher;	M	Austrian
71.	185		Alfred Lotka (75-6 BE) (1880-1949 ACM)		2.68	69	[RGM:627|1,350+]	M	Austrian-born American
72.	185		Auguste Comte (157-98 BE) (1798-1857 ACM)	=185	3.19	59	[RGM:890|1,350+] (Becker 139:45|7L) (Stokes 100:55)	M	French
73.	185		Ctesibius (2240-2177 BE) (c.285-222 BCM)		2.94	63	[RGM:631|1,350+]	M	Greek
74.	185		Thomas Hobbes (367-276 BE) (1588-1679 ACM)	=165	2.03	91	[RGM:134|1,350+] (Becker 139:5|17L) (Stokes 100:31)	M	English
75.	185		Immanuel Kant (231-151 BE) (1724-1804 ACM)	=250+ =175	2.34	79	[RGM:51|1,350+] (Becker 139:4|18L) (Stokes 100:45) [CR:217|#35]	M	German
76.	185		William Gilbert (411-352 BE) (1544-1603 ACM)		3.14	59	[RGM:641|1,350+] (Becker 160:77|3L)	M	English
77.	185		Roger Boscovich (244-168 BE) (1711-1787 ACM)		2.47	75	[RGM:664|1,350+]	M	Croatian
78.	185		Emanuel Swedenborg (267-183 BE) (1688-1772 ACM)	=210 =205 =165	2.20	84	[RGM:137|1,350+]	M	Swedish
79.	185		Heraclitus (2490-2405 BE) (c.535-450 BCM)		2.18	85	(RGM:260|1,350+) (Becker 139:41|7L) (Stokes 100:4) (Listal 100:91) (CR:132) (LH:13) (TL:145|#69) Physicist and philosopher, noted for his "flux and fire" model of change in respect to things.	M	Greek
80.	185		Hugo Grotius (372-310 BE) (1583-1645 ACM)	=200 =197	2.98	62	[RGM:208|1,350+]	M	Dutch
81.	185		Satyendra Bose (61 BE-19 AE) (1894-1974 ACM)		2.31	80	[RGM:855|1,350+] (LGS:1) (CR:11) Mathematical physicist; pronounced: “Shoot-ing-dra Bowce” (Ѻ); noted for his 1919 proof that Planck’s theory of heat radiation could be deduced from Albert Einstein’s theory of photons, for his 1925 prediction, with Einstein, of Bose-Einstein condensate (adjacent), confirmed in 1995; and for his general Bose-Einstein statistics, which bosons obey; mean genius comparison IQ of 187; a top 500 missing genius candidate. (Ѻ)	M	Indian
82.	185		Ettore Majorana (49-17 BE) (1906-1938 ACM)		5.78	32	[RGM:349|1,350+]	M	Italian
83.	185		Friedrich Schelling (180-101 BE) (1775-1854 ACM)	=190	2.34	79	[RGM:208|1,350+] (Becker 139:117|3L) (Stokes 100:47)	M	German
84.	185		Jean d'Alembert (238-172 BE) (1717-1783 ACM)	=185	2.85	65	[RGM:88|1,350+] (EPD:F12)	M	French
85.	180		Pythagoras (2525-2445 BE) (c.570-490 BCM)		2.25	80	(Cattell 1000:89) (RGM:7|1,350+) (PR:100|65AE / Philosophers:15) (Becker 160:50|4L) (Becker 139:78|4L) (Stokes 100:2) (GME:11) (ACR:6) (CR:119) (LH:3) (TL:121|#86) Mathematician and philosopher;	M	Greek
86.	180		Lucretius (2054-2010 BE) (99-55 BCM)		4.09	44	[RGM:612|1,350+] (Becker 139:106|3L) (Simmons 100:73) [CR:285|#26]	M	Greek
87.	180		William Rankine (135-83 BE) (1820-1872 ACM)		3.46	52	[RGM:679|1,350+] (HFET:2)	M	Scottish
88.	180		Niels Bohr (70 BE-7 AE) (1885-1962 ACM)		2.34	77	(RGM:32|1,350+) (PR:327|65AE / physicist:9) (Murray 4000:7|P) (Gottlieb 1000:208) (Becker 160:11|11L) (Simmons 100:3) (CR:100) (LH:6) (TL:106) Physicist; noted for his 1913 Bohr model of the atom, wherein electrons move in specific "orbits", able to jump up or down, via photon absorption or emission, respectively; first-slating: IQ:175-185 (c.2016); downgrade ↓ from 185|#77 to 180|#90 following digestion of his Atomic Physics and Human Knowledge (1958) lectures, wherein he attempts to defend, in a puerile middle ground sense, the concepts of life, free will, and teleological like purpose, via recourse to uncertainty principle arguments (Oct 2018).	M	Danish
89.	180		Werner Heisenberg (54 BE-21 AE) (1901-1976 ACM)	=173	2.43	74	[RGM:36|1,350+] (Becker 160:46|5L) (Simmons 100:15)	M	German
90.	180		Johannes Kepler (384-325 BE) (1571-1630 ACM)	=175	3.10	58	[RGM:36|1,350+] (Becker 160:25|7L) (Simmons 100:9)	M	German
91.	180		Thales (2579-2501 BE) (c.624-546 BCM)		2.31	78	[RGM:14|1,350+] (Becker 139:96|3L) (Stokes 100:1)	M	Greek
92.	180		Charles Sherrington (98-3 BE) (1857-1952 ACM)		1.91	94	[RGM:733|1,350+] (Simmons 100:66) (HFET:7) (TL:138|#70) Physiologist, neurologist, and philosopher;	M	English
93.	180		Antoine Lavoisier (212-161 BE) (1743-1794 ACM)	=170	3.60	50	(Cattell 1000:393) [RGM:160|1,350+] (Murray 4000:5|CS / 1|C) (Gottlieb 1000:67) (Becker 160:17) (Simmons 100:8) (Partington 50:5) (EPD:M5) (GCE:2) (TL:179) Physical chemist;	M	French
94.	180		Niccolo Machiavelli (486-428 BE) (1469-1527 ACM)	=165	3.10	58	(Cattell 1000:83) (RGM:68|1,350+) (PR:73|65AE / philosopher:11) (Gottlieb 1000:40) (Becker 139:29|10L) (Stokes 100:25) (Listal 100:48) (GPhE:#) (TL:56) Realism philosopher, historian, politician, and diplomat, best known for his 1513 leadership advice book The Prince, political ethics discourse, advocating the "end justifies the means" philosophy; and for his fox and lions typology of human instincts.	M	Italian
95.	180		Mehdi Bazargan (48 BE-40 AE) (1907-1995 ACM)		2.05	88	(SN:14) (CR:80) Mechanical engineer, thermodynamicist, philosopher and 75th prime minister of Iran (1979); “There is no denying that the ‘heat of love’, puts many obstacles in its path. It melts it, and it creates a wonderful ‘buzz’ in its owner. Literary and artistic masterpieces and how many military conquest and political successes below the ‘flames of love’ have been achieved.” — Mehdi Bazargan (1956), Thermodynamics of Humans (pg. 9) Noted for his 1956 treatise Thermodynamics of Humans, written during a five-month prison spell (see: genius hiatus effect), for political opposition, in which he attempted to explain the work ethic of the individual in the context of the Islamic teachings and the view that systems, physical or social, evolve towards equilibrium as quantified by a minimum of free energy; first-slating: #95 (Nov 2020).	M	Iranian
96.	180		Michael Faraday (164-88 BE) (1791-1867 ACM)	=230 =180 =175 =170	2.40	75	[RGM:18|1,350+] (Becker 160:6|14L) (Simmons 100:11)	M	English
97.	180		Roger Bacon (741-661 BE) (1214-1294 ACM)		2.25	80	[RGM:537|1,350+] (Nelson 19:1)	M	English
98.	180		Plato (2378-2303 BE) (c.423-348 BCM)	=225 =180	2.40	75	[RGM:16|1,350+] (Becker 139:1|19L) (Stokes 100:8) [CR:301|#21]	M	Greek
99.	180		John Strutt (113-36 BE) (1842-1919 ACM)		2.37	76	[RGM:684|1,350+]	M	English
100.	180		Stephen Hawking (13 BE-64 AE) (1942-2018 ACM)	=280=200-250 =205 =180 =169 =160 (Hawking's IQ)	2.37	76	[RGM:65|1,350+] (Becker 160:12|11L) (Simmons 100:54) (CR:144) (LH:4) Astrophysicist; noted for his 1965 PhD thesis, stimulated by research of mathematician Rodger Penrose, and based on Albert Einstein’s 1914 general theory of relativity, which argued that if a star can collapse inwards to form a singularity, coined a “black hole” in 1967 by American physicist John Wheeler, then so to can a singularity explode back outward; thus giving an explanation for the big bang. Hawking is also noted for his 1996 Illustrated: A Brief History of Time, wherein he gives an "entropy of mind" diagram, which he says changes in respect to doing things such as reading a book. Hawking is a key figure in the development of the subject of black hole thermodynamics; and later came out as advocating atheism.	M	English
101.	180		Strato (c.335-269 BCM)		2.73	66		M	Greek
102.	180		Lawrence Henderson (77-13 BE) (1878-1942 ACM)		2.86	63	(SN:8) (EvT:19|21+) (CR:250) Physiologist, physico-chemical sociologist, and anti-chance philosopher; “Matter and energy have an original property, assuredly not by chance, which organizes the universe in space and time.” — Lawrence Henderson (1913), The Fitness of the Environment Ran the Harvard Pareto circle; used a synthesis of Willard Gibbs and Vilfredo Pareto for his pioneering "Sociology 23" course, wherein he employed a "box-spring model" of individuals, bound in a society, pictured, to usurp "causality" with "change of state"; the last great theory of all thing theorists or thing philosophers (following Henry Adams).	M	American
103.	180		Cicero (106-43 BCM)		2.86	63	(Cardano 12:53) (RGM:101|1,350+) (Becker 139:105|3L) (Stokes 100:13)	M	Roman
104.	180		Leo Tolstoy (127-45 BE) (1828-1910 ACM)	=185	2.20	82	(RGM:75|1,350+) (EPD:M2F9)	M	Russian
105.	180		Bertrand Russell (83 BE-15 AE) (1872-1970 ACM)	=180+ =180 =180 =147	1.86	97	(RGM:100|1,350+) (Gottlieb 1000:593) (Murray 4000:17|WP) (Becker 139:23) (Listal 100:24) (Stokes 100:77) (EPD:M2F4) (HD:51) (FA:117) (GAE:21) (RGA:10|370+) (GPhE:#) (TL:174)	M	English
106.	180		Charles Darwin (146-73 BE) (1809-1882 ACM)	=180 =175 =173 =173 =169 =165 =160	2.47	73	[RGM:44|1,350+] (Becker 160:7|14L) (Stokes 100:56) (Simmons 100:4) (EPD:M8) [CR:514|#8]	M	English
107.	180		Napoleon Bonaparte (186-134 BE) (1769-1821 ACM)	=186 =180 =163 =145 =142	3.46	52	(Cattell 1000:1) [RGM:154|1,350+] (EPD:F15) (HD:20) (FA:67) (CR:163) (LH:4) (TL:167)	M	French
108.	180		Alexander Pope (1688-1744 ACM)	=180	3.21	56		M	English
109.	180		Hendrik Lorentz (1853-1928 ACM)		2.43	74	[RGM:597|1,350+]	M	Dutch
110.	180		Ludwig Buchner (1824-1899 ACM)		2.40	75		M	German
111.	180		Edwin Wilson (76 BE-9 AE (1879-1964 ACM)		2.12	85	(SN:9) (CR:71) Mathematician, physical economist, and general "polymath" (Weintraub, 1991), whose interests spanned mathematics, physics, statistics, economics, astronomy, and biology; sole protege of Gibbs; taught a physical chemistry based "mathematical economics" course at Harvard (1934 to 1940); Samuelson to use Gibbs "equation 133": to model economic stability; first-slating: 180|#110 (Nov 2020).	M	American
112.	180		David Hume (244-179 BE) (1711-1776 ACM)	=180	2.77	65	[RGM:112|1,350+] (Becker 139:7|17L) (Stokes 100:39) (EPD:F2)	M	Scottish
113.	180		Heraclides (387-312BC)		2.40	75	Philosopher and astronomer; proposed that the earth rotates on its axis (compare: Ecphantus (c.500BC)); posited that the soul was light; did battle with Aristotle, supposedly, on the question whether the universe is finite or infinite; and is rumored, according to Simplicius (c.590AD), to have formulated heliocentrism (or at least the precursor model to what Aristarchus (c.240BC) (IQ:175|#244) put into book form); first draft slated at 180|#115, a grade above Aristarchus.	M	Greek
114.	180		William Hamilton (1805-1865)				(Becker 160:118|3L) (GME:27) [CR:61] Mathematical physicist; noted for his 1834 On a General Method in Dynamics, wherein develops a “characteristic function” or “force function”, later employed by Clausius in his “Mathematical Introduction” to his On the Mechanical Theory of Heat; eponym of the Hamiltonian (compare: Lagrangian and Gibbsian); not to be confused with the metaphysical philosopher William Hamilton (IQ:170|#388); 112-candidate; first-slating:#114 (Nov 2020).	M	Irish
115.	180		Jeremy Bentham (1748-1832)	=180	2.14	84	[RGM:727|1,350+] (Becker 139:33|9L) (Stokes 100:53)	M	English
116.	180		John Milton (1608-1674)	=180 =177 =173	2.77	65	[RGM:254|1,350+]	M	English
117.	180		Bernhard Riemann (1826-1866)		4.62	39	[RGM:201|1,350+] (Becker 160:125|3L)	M	German
118.	180		Michelangelo (1475-1564)	=180 =178 =175	2.05	88	[RGM:15|1,350+]	M	Italian
119.	180		Anaximander (c.610-546BC)		3.91	46	[RGM:368|1,350+]	M	Greek
120.	180		Emilie Chatelet (1706-1749)		4.18	43	[RGM:783|1,350+]	F	French
121.	180		Marie Curie (88-21 BE) (1867-1934 ACM)	=205 =200 =180	2.73	66	[RGM:17|1,350+] (Becker 160:4|17L) (Simmons 100:26) (EPD:M10)	F	Polish-born French
122.	180		Albertus Magnus (1205-1280)		2.40	75		M	German
123.	180		Pierre Teilhard (1881-1955)		2.47	73		M	French
124.	180		Fyodor Dostoyevsky (134-74 BE) (1821-1881 ACM)	=215	3.05	59	[RGM:49|1,350+] (EPD:M15)	M	Russian
125.	180		Marcus Aurelius (1834-1775 BE) (121-180 ACM)	=180	3.10	58	[RGM:81|1,350+] (Becker 139:42|7L) (Stokes 100:16) (EPD:F3)	M	Roman
126.	180		Karl Marx (1818-1883)	=140-160	2.81	64	[RGM:359|1,350+] (Becker 139:12|15L) (Stokes 100:63)	M	German
127.	180		Leucippus (2455-2390 BE) (c.500-435 BCM)		2.77	65	[RGM:17|1,350+] [CR:214|#33]	M	Greek
128.	180		Parmenides (510-440BC)		2.58	70	[RGM:330|1,350+] (Becker 139:38|8L) (Stokes 100:5)	M	Greek
129.	180		Paolo Sarpi (1552-1623)	=195 =187	2.54	71		M	Italian
130.	180		Fritz Haber (87-21 BE) (1868-1934 ACM)		2.77	65	(✓:92) (GCE:30) (EPD:M3W) (CR:62) Physical chemist; "Haber’s Thermodynamics of Technical Gas Phase Reactions [1905] is the most important contribution to the subject of predicting the course of a chemical reaction from a few characteristic constants of the reacting substances, after the ill-starred attempt of Berthelot.” — Arthur Lamb (1907), “Translators Preface” Noted for his 1905 Thermodynamics of Technical Gas Phase Reactions, wherein he pioneered some of the precursory work to free energy tables; for his 1907 achievement of ammonia synthesis, which provided a long-sought fertilizer component for crops.	M	German
131.	180		Avicenna (980-1037)		3.16	57	[RGM:159|1,350+] (Becker 160:31|6L) (Becker 139:31|9L)	M	Persian
132.	180		Oliver Heaviside (1850-1925)		2.43	74		M	English
133.	180		Arthur Doyle (1859-1930)	=182	2.61	69	[RGM:581|1,350+]	M	English
134.	180		Anaxagoras (2455-2383 BE) (500-428 BCM)		2.50	72	(Cattell 1000:703) (ACR:4) (FA:7) (EvT:4|21+) (CR:51) Philosopher, physicist, astronomer; teacher of Socrates; held the view, based on the examination of fallen meteors, that the sun was NOT a "god", but rather a hot or fiery stone (was imprisoned for this); moon light was reflected sunlight; postulated the existence of the element “aether”, which he conceived of as being in constant rotation and carried with it the celestial bodies; added at 180|#131 (c.2018).	M	Greek
135.	180		Augustine (354-430)	=180	2.40	75	[RGM:251|1,350+] (Becker 139:15|14L) (Stokes 100:19) (AT:1|D)	M	Roman
136.	180		George Byron (1788-1824)	=180	5.00	36	[RGM:1,037|1,350+]	M	English
137.	180		Alexander Bell (1847-1922)	=180	2.40	75	[RGM:45|1,350+] (Becker 160:54|4L)	M	Scottish-born Canadian
138.	180		Michel Montaigne (1533-1592)	=165	3.05	59	[RGM:145|1,350+]	M	French
139.	180		William Harvey (1578-1657)	=180	2.28	79	(Cattell 1000:227) [RGM:540|1,350+] (Murray 4000:7|B) (Becker 160:52|4L) (Simmons 100:38) (Hart 100:49) (Glenn 20:4) (CR:22) Physician; “Whatever the power be that creates such an animal out of an egg, that it is either the soul, or part of the soul, or something having a soul, or something existing previous to, and more excellent than the soul, operating with intelligence and foresight.” — William Harvey (c.1630), commentary on the source of the chick embryo Overthrew the previous “open-ended” blood circulation models of Erasistratus, Galen, and Colombo, with a “closed-circulatory” system. (Ѻ); speculated on soul as "power" that makes an animal out of an egg; speculated on the origin of life.	M	English
140.	180		Frederick Rossini (56 BE-35 AE) (1899-1990 ACM)	=180	1.98	91		M	American
141.	180		Thomas Paine (218-146 BE) (1737-1809 ACM)		2.50	72	(Cattell 1000:583) [RGM:220|1,350+] (Becker 139:91|4L) (Stokes 100:52) (RMS:24) (HD:15) (FA:44) (GA:28) (AFF:6) (CR:105) Political activist, philosopher, irreligionist, free thinker, and revolutionist; “I can still remember the flash of enlightenment that shone from its pages.” — Thomas Edison (c.1915), reflection on Paine’s [1794] Age of Reason His The Age of Reason (1794), is the most-widely cited “atheist’s bible”, historically; his is Common Sense (1776) pamphlet, selling some 500,000 copies in the mid 1770s, became the "biggest seller per capita in American publishing history and almost single-handedly sparked the [American] revolution" (Smith, 2013); inspiration behind the BCM/ACM dating system (1802); George Washington carried his books into battle; befriended by: Benjamin Franklin, Thomas Jefferson, and James Monroe; first-slated at 175|#225 (May 2017); upgraded to #139 per Edison genius recognizes genius quote (Jun 2017).	M	English-born American
142.	180		Henry Carey (162-76 BE) (1793-1879 ACM)		2.09	86	(SN:10) (TL:107) Physical science based sociologist and economist; “The laws which govern matter in all its forms, whether that of coal, clay, iron, pebble stones, trees, oxen, horses, or men, are the same; man is the molecule of society; and social interaction operates under the great law of molecular gravitation.” — Henry Carey (1858), The Principles of Social Science (pg. 62); cited by Pitirim Sorokin (1928) in Contemporary Sociological Theories (pg. 13) known as the ‘Newton of social science’ (see: social Newton), noted for his three-volume 1858 The Principles of Social Science, wherein he uses of physics and chemistry in sociological theory, e.g. his ‘law of molecular gravitation’ which he says accounts the aggregation of people in larger cities, among numerous other theories, e.g. "friction" resulting from the "rubbing together of human molecules"; first-slating: 180|#149 (Nov 2020).	M	American
143.	180		Joseph Fourier (1768-1830)		2.90	62	(Becker 160:112|3L)	M	French
144.	180		Nicholas of Cusa (1401-1464)		2.86	63	[RGM:394|1,350+]	M	German
145.	180		George Green (1793-1841)		3.67	49		M	English
146.	180		Andre Ampere (1775-1836)		2.95	61	(Cattell 1000:557) [RGM:244|1,350+] (Becker 160:58|4L) [Kanowitz 50:32] (Eells 100:93) (GPE:54) (SIG:6) (CR:15) Physicist and mathematician; “The experimental investigations by which Ampere established the laws of mechanical action between electric currents is one of the most brilliant achievements in science. The whole, theory and experiment, seems as if it had leaped, full grown and full armed, from the brain of the ‘Newton of electricity’. It is perfect in form, and unassailable in accuracy, and it is summed up in a formula from which all the phenomena may be deduced, and which must always remain the cardinal formula of electro-dynamics.” — James Maxwell (1873), Treatise on Electricity and Magnetism, Volume 2 Dubbed the “father of electrodynamics” (Heaviside, 1888); founder of electrodynamics, the study of currents and dynamical movements; a “tortured genius” who had the phrase “Tandem felix” (“Happy, at last”) engraved on his tombstone; gauged at 180-190 (c.2015).	M	French
147.	180		John Dalton (1766-1844)		2.34	77	[RGM:234|1,350+] (Becker 160:15|9L) (Simmons 100:74)	M	English
148.	180		George Berkeley (1685-1753)	=190	2.69	67	[RGM:225|1,350+] (Becker 139:30|10L) (Stokes 100:44)	M	Irish-born English
149.	180		Ivan Pavlov (1849-1936)	=180	2.09	86	[RGM:182|1,350+] (Becker 160:127|3L)	M	Russian
150.	180		Francois Massieu (123-59 BE) (1832-1896 ACM)			63	(EPD:F0) (CR:26) Mining engineer, mineralogist, geologist, and mathematical physicist; noted for his 1869 "On the Characteristic Functions of Various Fluids", which was the first systematic discourse on “thermodynamic potentials” (Ѻ) applied to bodies, specifically fluid bodies; some characterize his "Massieu function" as the Legendre transform of entropy; influential to Willard Gibbs, who adopted his Greek letter nomenclature for defining the various thermodynamic functions, as show in the pictured characteristic function notation table.; first-slate: 180|#150 (Dec 2020).	M	French
151.	180		James Madison (1751-1836)	=160 =160	2.12	85	[RGM:465|1,350+]	M	American
152.	180		Robert Burton (1577-1640)				(CR:19) Scholar and philosopher; “As amber attracts a straw, so does beauty admiration, which only lasts while the warmth continues. But virtue, wisdom, goodness, and real worth, like the loadstone, never lose their power.” — Robert Burton (1621), The Anatomy of Melancholy (pg. 201) noted for his The Anatomy of Melancholy (1621), wherein he impressively employs electricity (amber), magnetism (loadstone), and heat (warmth) logic to explain love and beauty; hung himself in the same room that Robert Hooke later stayed in as a student; influential to Henry Finck and also Goethe, possibly; 112-candidate; first-slating:#150 (Nov 2020).	M	English
153.	180		Jean Rousseau (243-177 BE) (1712-1778 ACM)	=150	2.73	66	[RGM:118|1,350+] (Becker 139:10|16L) (Stokes 100:42) (EPD:M9D)	M	Genevan
154.	180		Johannes Widmann (c.1460-1498)				Mathematician; noted for his 1489 Mercantile Arithmetic, wherein the “+” and “-“ symbols first appeared in print, albeit, referred to the symbols − and + as minus and mer (Modern German mehr; "more"): "was − ist, das ist minus, und das + ist das mer", albeit in the sense of “surplus” and “deficit”; 112-candidate; first-slating:#150 (Nov 2020).	M	German
155.	180		Gustave Coriolis (1772-1843)		3.53	51	(SIG:9) (CR:35) Physicist; “Any particle moving in the northern hemisphere is deflected to the right, and any particle moving in the southern hemisphere is deflected to the left.” — Gustave Coriolis (1835), “On the Equations of Motion of a System of Bodies” noted for his 1829 Calculation of the Effect of Machines, wherein he introduced the formula for work as force times distance; some assert that he introduced the factor ½ in Leibniz’s 1686 vis viva for the sake of mathematical convenience (others say it was Lagrange who did this in 1811); his 1835 paper introduced the Coriolis effect, according to which explains why toilets drain (and people move) clockwise in the northern hemisphere (drive on right side of road) and counterclockwise (drive on left side of road) in the southern hemisphere; first-slating: 180|#150 (Feb 2019).	M	French
156.	180		Jean Fernel (1497-1558)		2.95	61		M	French
157.	180		Pierre Duhem (1861-1916)		3.27	55	(PEC10:2) (CR:34) Mathematical physicist, chemical thermodynamicist, historian, and philosopher of science, characterized an "uneasy genius" (Demartres, 1892) (Ѻ); noted for his age 26 penned a “Study of the Thermodynamics Works of Willard Gibbs” (1887); gave commentary on the Condemnation of 1277; previous Hmolpedia 2020 candidate (112-names); first-slating: 180|#150 (Nov 2020).	M	French
158.	180		Benjamin Franklin (1706-1790)	=185 =173 =160 =160	2.14	84	[RGM:31|1,350+] (Becker 160:54|4L)	M	American
159.	180		Jacobus van't Hoff (1852-1911)				(GCE:#) (PEC10:6) (CR:81) Physical chemist; noted for his 1874 pamphlet wherein he formulated the theory of the tetrahedral carbon atom and laid the foundations of stereochemistry; his work in 1884 Studies in Chemical Dynamics, wherein he introduced the two-way reaction arrow “” into chemistry and in which he described a new method for determining the order of a reaction using graphics, and applied the laws of thermodynamics to chemical equilibria; his 1886 van't Hoff equilibrium box (pictured), was the first to measure work of chemical reactions; he gave one of the first thermodynamical treatments of affinity (following Helmholtz, 1882), defining affinity as the maximum external work done by the chemical reaction at constant temperature and volume; first-slated: #154 (Nov 2020).	M	Dutch
160.	180		Jacob Berzelius (176-107 BE) (1779-1848 ACM)	=160	2.65	68	(EPD:F4M9)	M	Swedish
161.	180		Alexander the Great (356-323BC)	=200 =180	5.63	32	[RGM:70|1,350+]	M	Greek
162.	180		Giacomo Leopardi (1798-1837)	=185 =185	4.62	39	[RGM:187|1,350+]	M	Italian
163.	180		Honore Mirabeau (1749-1791)	=185	4.29	42		M	French
164.	180		Carl Linnaeus (1707-1778)	=165	2.57	70	(Cattell 1000:128) [RGM:129|1,350+] (Becker 160:41|5L) (Simmons 100:76) (CR:32)	M	Swedish
165.	180		John Bardeen (47 BE-36 AE) (1908-1991 ACM)		2.20	82	(Becker 160:96|3L) (Simmons 100:50) (EPD:M12)	M	American
166.	180		Hermann Minkowski (1864-1909)				(GME:#) Mathematician and physicist; “The views of space and time which I wish to lay before you have sprung from the soil of experimental physics, and therein lies their strength. They are radical. Henceforth space by itself, and time by itself, are doomed to fade away into mere shadows, and only a kind of union of the two will preserve an independent reality.” — Hermann Minkowski (1907), Publication (Ѻ) Noted for his 1907 concept of spacetime, i.e. space and time joined as one new thing, as shown by the grids adjacent, and that Einstein’s special theory of relativity could thus be understood geometrically in four dimensions, Cartesian dimensions plus space-time; mentor to Einstein; 112-candidate; first-slating:#160 (Nov 2020).	M	German
167.	180		Marquis Condorcet (212-161 BE) (1743-1794 ACM)	=180	3.53	51	(EPD:F0)	M	French
168.	180		John Tukey (40 BE-45 AE) (1915-2000 ACM)		2.12	85		M	American
169.	180		Plutarch (c.46-120)		2.43	74	[RGM:421|1,350+]	M	Greek-born Roman
170.	180		James Froude (1818-1894)		2.37	76		M	English
171.	180		Torbern Bergman (220-171 BE) (1735-1784 ACM)		3.67	49	(Partington 50:31) (GCE:24) (TL:221|#36) Chemist; noted for his 1775 Dissertation on Elective Attractions, wherein, building on the reaction bracket { logic of William Cullen (1757), produced a 59-row 50-column affinity table, the biggest one ever made, as well as reaction schematic diagram, depicting 64 reactions, involving 59 chemical species, explaining single elective affinity and double elective affinity reactions in pictorial form, including “heated” (Δ) reactions and reactions in “water” (∇), and also introduce letter symbols for both single and attached chemical species, as in A, B, a, b, abd, abcd, etc, the forerunner notations to modern chemical equations.	M	Swedish
172.	180		Ernest Rutherford (1871-1937)		2.73	66	[RGM:93|1,350+] (Becker 160:21|8L) (Simmons 100:19)	M	New Zealand-born British
173.	180		John Nash (1928-2015)	=180	2.06	87		M	American
174.	180		John Toland (1670-1722)		3.46	52		M	Irish
175.	180		James Joule (1818-1889)		2.57	70	(Becker 160:62|4L)	M	English
176.	180		Robert Mayer (1814-1878)		2.86	63	(Becker 160:119|3L)	M	German
177.	180		Henry Bray (1846-1922)		2.37	76	Priest turned physician and philosopher; noted for his 1910 The Living Universe, wherein he outlines a Goethe-Haeckel-Huxley stylized divine-causality ingrained physicochemical-monism, aka living universe theory, a book generally classified as the last intellectually-sober attempt at panbioism (the stepping-stone to abioism).	M	English-born American
178.	180		Socrates (c.469-399BC)	=235 =186 =160	2.57	70	[RGM:3|1,350+] (Becker 139:14|14L) (Stokes 100:7)	M	Greek
179.	180		Jonathan Swift (1667-1745)	=186 =155	2.34	77	[RGM:326|1,350+]	M	Anglo-Irish
180.	180		Joseph Black (1728-1799)		2.54	71	(Nelson 19:15)	M	Scottish
181.	180		Ole Romer (1644-1710)				(CR:6) Astronomer; noted for 1675 theory that the apparent anomalies in the apparent movement of the moons of Jupiter, which depended on what season the earth was in, i.e. Jupiter at conjunction (sun between earth and Jupiter) or opposition (earth between sun and moon), could be explained by light having a finite velocity; for his 1676 calculation of the speed of light of earth orbital radius divided by 22 minutes or 220,000 km/s (as calculated later by Christiaan Huygens); and for his 1701 thermometer, fixed at the freezing point and boiling point of water, an model that later influenced Daniel Fahrenheit (c.1708); 112-candidate; first-slating:#325 (Nov 2020).	M	Danish
182.	180		Joseph Priestley (1733-1804)	=165	2.57	70	[RGM:885|1,350+] (Becker 160:81|3L)	M	English
183.	180		Heinrich Hertz (1857-1894)		5.00	36	[RGM:144|1,350+] (Becker 160:67|4L)	M	German
184.	180		Edward Gibbon (1737-1794)	=180	3.21	56		M	English
185.	180		Etienne Geoffroy (283-224 AE) (1672-1731 ACM)		3.05	59	(TL:82) Physician and chemist; noted for his 27 Aug 1718 “Table of the Different Relations [Rapports] Observed between Different Substances”, a result of a French-to-English translation of Newton's Query 31, wherein he gives the world's first affinity table, describing, in ranked rows, the different affinities observed in chemistry between different substances; first-slating: 180|#170 (Apr 2018).	M	French
186.	180		Ludwig Beethoven (185-128 BE) (1770-1827 ACM)	=175 =165 =165 =165	3.21	56	(Cattell 1000:220) [RGM:19|1,350+] (Murray 4000:1|WM) (GMG:1) (CR:8) Pianist and composer; “His talent astonished me, but his is a totally untamed personality, and he is not entirely wrong in finding the world detestable, though this attitude does not make it more pleasant, either for himself or others … To think of teaching him would be an insolence even in one with greater insight than mine, for he has the guiding light of genius, whilst the rest of us sit in total darkness, scarcely suspecting the direction from which daylight will break upon us.” — Johann Goethe (1811), "Commentary on his meeting with Beethoven" Note for his 9th symphony, 5th symphony, moonlight sonata, etc.; upgraded from 170|#309 to 180|#170 (Feb 2018).	M	German
187.	180		Augustin Fresnel (1788-1827)		4.62	39	Engineer-physicist; “By the genius of Young and Fresnel the wave theory of light was established in a position so strong that hence forth the corpuscular hypothesis was unable to recruit any adherents among the younger men.” — Edmund Whittaker (1987), A History of the Theory of Aether and Electricity (Ѻ) co-founder, with Thomas Young, of the wave theory of light; 2018 missing (Ѻ) GPE candidate; first-slating: 180|#170 (Mar 2018).	M	French
188.	180		Denis Diderot (1713-1784)	=165	2.57	70	(Becker 139:70|5L) (Stokes 100:43)	M	French
189.	180		Bernard Shaw (1856-1950)	=165	1.91	94		M	English
190.	180		Henri Poincare (101-43 BE) (1854-1912 ACM)	=35	3.10	58	[RGM:437|1,500+] [LPKE:12] (GME:9) (GPE:63) [CR:79] Mathematical physicist; “Can satisfaction be measured? I may say that one satisfaction is greater than another, because I prefer one to the other; but I cannot say that one is two or three times greater than another … Satisfaction then is a magnitude, but not a measurable magnitude. Now is a magnitude that is not measurable therefore not amenable to mathematical theory? By no means. Temperature, for instance (at any rate before the term ‘absolute temperature’ had acquired a signification with the rise of thermodynamics), was a non-measurable magnitude. It was arbitrarily defined and measured by the expansion of mercury. It might quite as legitimately have been defined by the expansion of any other substance and measured by any function of that expansion, provided that it was a continually increasing function. Likewise, in the present case, provided that the function continually increases along with the satisfaction which it represents.” — Henri Poincare (1905), “Letter to Leon Walras”; cited by Francis Edgeworth (1915) in “Recent Contributions to Mathematical Economics” Known for: Poincare conjecture, relativity, thermodynamics, mathematics, economics; said to have scored at the “imbecile” level on the Binet IQ test (see: miscalculated IQ); first slated: 185-195|#40 (c.2016); down-graded: 180|#180 (Apr 2020).	M	French
191.	180		Johannes van der Waals (1837-1923)			85	(CR:28) Physical chemist; “There can be no doubt that the name of Van der Waals will soon be among the foremost in molecular science.” — James Maxwell (1874), “Article”, Nature noted for his 1873 On the Continuity of Gas and Liquid State, wherein, based on Clausius’ “On the Kind of Motion we call Heat”, he derived an equation of state for a gas-approaching-liquid state, based on experimental data, and therefrom measured molecular attraction, aka dispersion forces or van der Waals force (posited 100-years prior by Priestley), and calculated the size of molecules; one of the three chiefs of the “Dutch school” of thermodynamics, along with Van’t Hoff and Roozeboom; pictured is his energy surface for ${\ce {CO2}}$ (Boerhaave Museum, Leiden); influences: Clausius, James Maxwell, Ludwig Boltzmann, and Willard Gibbs; “I cannot covalent bond with you / These van der Waals forces, will have to do.” — Mala Radhakrishnan (2014), “Tweet”, Apr 4 Erich Muller (1998) theorized that social forces are a type of van der Waals dispersion force; Jose Aguilera (2012) likens a marriage bond to a weaker type of covalent bond and or Van der Waals interaction force; first-slate: 180|#190 (Dec 2020).	M	Dutch
192.	180		Soren Kierkegaard (1813-1855)		4.29	42	(Becker 139:22|12L) (Stokes 100:69)	M	Danish
193.	180		Philipp Melanchthon (1497-1560)	=190 =180	2.86	63		M	German
194.	180		Jacques Bossuet (1627-1704)	=180 =177	2.37	76	(Cattell 1000:61) Cleric, Bishop, preacher, political philosopher, theologian, and writer; noted for his Discourse on Universal History (1681) (Ѻ), regarded by many as a “second edition” of Augustine’s City of God (426AD), which had addressed theological puzzles, such as suffering of the righteous, the existence of evil, the conflict between free will and divine omniscience, and the doctrine of original sin. (Ѻ)	M	French
195.	180		John Locke (1632-1704)		2.50	72	(Becker 139:6|17L) (Stokes 100:38)	M	English
196.	180		Charlemagne (c.742-814)		2.50	72		M	Frankish
197.	180		Denis Papin (1647-1712)		2.73	66		M	French
198.	180		Athanasius Kircher (1602-1680)		2.31	78		M	German
199.	180		Alexander Humboldt (186-96 BE) (1769-1859 ACM)	=185	2.02	89	(Cattell 1000:94) [RGM:133|1,350+] (Becker 160:113|3L) (CR:15) Geographer, naturalist, explorer, romantic philosopher; “People often say that I’m curious about too many things at once. But can you really forbid a man from harboring a desire to know and embrace everything that surrounds him?” — Alexander Humboldt (c.1810), Publications (Ѻ) A fabled "last person to know everything" and oft-characterized polymath; younger brother to Wilhelm Humboldt [RGM:47|1,350+]; in Jena (1797), with his brother Wilhelm, Friedrich Schiller, and Johann Goethe, the four discussed, in Goethe's own words, “all of nature from the perspectives of philosophy and science”; in c.1800, proposed that South America and Africa were both joined (see: Pangea); in his 1844 multi-volume Cosmos, he attempted to sketch out a physical description of the universe.	M	Prussian
200.	180		Genghis Kahn (c.1162-1227)	=180 =102-125	2.77	65		M	Mongolian

Data analysis

Of note, in the top 200 (29 Oct 2020), we have, in terms of sex: 3 females; in terms of nationality: 38 English, 32 French, 27 Germans, 22 Greeks, 16 Americans, 11 Italians, 6 Dutch, 4 Swedish, 4 Scottish, 3 Austrians, 3 Romans, 3 Russians, 3 English-born Americans, 2 Danish, 2 Irish, 2 German-born Americans, 1 Anglo-Irish, 1 Austrian-born American, 1 Croatian, 1 Frankish, 1 French-born Italian, 1 Genevan, 1 German-born French, 1 Greco-Roman Alexandrian, 1 Greek-born Roman, 1 Hungarian-born American, 1 Indian, 1 Irish-born English, 1 Irish-born Scottish, 1 Mongolian, 1 New Zealand-born English, 1 Persian, 1 Polish, 1 Polish-born French, 1 Polish-born Swiss, 1 Prussian, 1 Scottish-born Canadian, 1 Serbian-born American, 1 Swiss.

Point

A "point” is made, herein, to distinguish between “profound geniuses”, e.g. Goethe, Shelley, Gibbs, Maxwell, etc., “mundane geniuses”, e.g. Benz, Hollerith, Guttenberg, etc., and "niche geniuses", e.g. Jenkins, a recent steroid chemistry genius. Thinkers, herein, said another way, are gauged in respect to the size of the "fish" they went after. There are, in this sense, "big fish geniuses" and "little fish geniuses". In other words, while some may "think about flying", e.g. Da Vinci, others "fly", e.g. Montgolfier, some “fly us the moon”, e.g. Braun, a rare few, e.g. Aristotle, ruminate on "why" we fly (or move) in the first place, particularly in respect to the more deeply-puzzled words “love” and "meaning", and a few from a universal perspective.

Notes

N1. Per the the original tentative 1916 Terman "genius" / " non-genius" divide, as being people with determined IQ numbers "above 140" (141, 142, 143, etc.), defined as being "genius" or "near genius"; in addition to the following clarification:

“Genius and ‘near’ genius. Intelligence tests have not been in use long enough to enable us to DEFINE genius definitely in terms of IQ.”

— Lewis Terman (1916), The Measurement of Intelligence (pg. 101)

which was expanded upon when Catherine Cox, Terman's graduate student, together with Maud Merrill, selected the top 300 minds, born between 1450 and 1850, from the Cattell 1000, and "classified" all of them as being "geniuses", specifically in the book's title Early Mental Traits of 300 Geniuses, assigning 289 of them to have IQs of 140 or above (see: Cox-Terman-Merrill IQ scale); a genius IQ cutoff that was later criticized by the so-called "Hollingworth objection" (1938), namely that an IQ of 140 was "too low" a genius / non-genius divide, as it captures too much of the population, in attempts to classify what, in reality, is a VERY "rare" phenomenon, historically speaking, it may be that the "top 2000" will need to grow to a finalized two-thousand "solid" intellectually-focused names, after which we will be able to "see" where, realistically, the genius / very high intellects divide falls?

Quotes

The following are related quotes:

“IQ is thought to be a measure which expresses the relative brightness or intelligence of any given individual.”

— Catherine Cox (1926), The Early Mental Traits of Three Hundred Geniuses (pg. 47)

Further reading

• Pop, Claudiu. (2021). “What is a Genius IQ score?” (Ѻ), UnFoldToday.com.

External links

• Thims, Libb. (2017). “Top 100 Geniuses” (Ѻ), YouTube, Human Chemistry 101, Nov 24.