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Alexander William Williamson

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460: 231: 471: 340:, known as the Williamson ether synthesis. He regarded ethers and alcohols as substances analogous to and built up on the same type as water, and he further introduced the water-type as a widely applicable basis for the classification of chemical compounds. The method of stating the rational constitution of bodies by comparison with water he believed capable of wide extension, and that one type, he thought, would suffice for all inorganic compounds, as well as for the best-known organic ones, the formula of water being taken in certain cases as doubled or tripled. 640: 321: 33: 427:. After an arduous journey reaching London, the students were placed under the care of Professor Williamson. He and his wife Catherine welcomed the group into their home, taught them English, introduced them to western society, and arranged for them to study as non-matriculated students at University College London. 250:
and his wife, Antonia McAndrew, daughter of a prominent London merchant. Despite early physical infirmity, the loss of sight in one eye and a largely useless left arm, Williamson grew up in a caring and stimulating intellectual environment. After an early childhood spent in Brighton and then schools
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The Chōshū Five as they later became known all served in the Japanese government, and made significant scientific and social contributions to the modernisation of Japan. Fourteen more international Japanese students, from the Satsuma clan, later worked with Williamson beginning in 1865.
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in 1862, of which he became a fellow in 1855, and which he served as foreign secretary from 1873 to 1889. He was twice president of the London Chemical Society, from 1863 to 1865 and from 1869 to 1871.
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https://publishing.cdlib.org/ucpressebooks/view?docId=ft5g500723&chunk.id=d0e3659&toc.depth=100&toc.id=d0e3589&brand=ucpress
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Harris, J.; Brock, W. H. (1978). "From Giessen to Gower Street: Towards a Biography of Alexander William Williamson (1824–1904)".
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with which it first united, but changes places with other atoms of hydrogen. A somewhat similar hypothesis was put forward by
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So far back as 1850 he also suggested a view which, in a modified form, is of fundamental importance in the modern theory of
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of any compound there is an exchange constantly going on between the elements which are contained in it; for instance, in
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in 1854 disproved the hypothesis that sulfuric acid is a compound of water (which was assumed to have formula of HO) and
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Paul, E. Robert (1978). "Alexander W. Williamson on the atomic theory: A study of nineteenth-century British atomism".
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Foster, G. Carey; Tilden, W. A.; McLeod, Herbert; Mills, Edmund J.; Scott, A.; Foster, G. Carey (1905).
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dissociation, for, in a paper on the theory of the formation of ether, he urged that in an aggregate of
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As a result of this increase in income, he was able to marry Emma Catherine Key, the third daughter of
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MRIA (1 May 1824 – 6 May 1904) was an English chemist. He is best known today for the
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that ethers have twice as many carbon atoms as alcohols and not the same amount as argued by
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One or more of the preceding sentences incorporates text from a publication now in the
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Royal Society of Chemistry Historical Group Newsletter and Summary of Papers
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For his work on etherification, Williamson received a Royal medal from the
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Corresponding members of the Saint Petersburg Academy of Sciences
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His synthesis of unsymmetrical ethers proved the theory posed by
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Williamson died on 6 May 1904, at High Pitfold, Shottermill near
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Williamson is credited for his research on the formation of
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does not remain quietly in juxtaposition with the atom of
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Papers on Etherification and on the Constitution of Salts
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Papers on etherification and on the constitution of salts
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Taylor & Francis: 95–130. 585:from the original on 18 August 2020 423:making travel to another country a 13: 924:English people of Scottish descent 722:from the original on 23 April 2019 496: 275:studying higher mathematics under 14: 980: 870: 542:from the original on 26 July 2020 776:10.3184/003685015X14388848108342 638: 31: 885:alexander williamson chemistry. 836:Journal of the Chemical Society 507:"WILLIAMSON, Alexander William" 408:In 1863 five students from the 238:Williamson was born in 1824 in 832:"Alexander William Williamson" 734: 702:Williamson, Alexander (1850). 398:Williamson and the Chōshū Five 355:. Similarly, his synthesis of 1: 964:19th-century British chemists 954:Burials at Brookwood Cemetery 656:Williamson, Alexander William 489: 308:, England, and was buried at 282:In 1849, with the support of 255:in 1841. After working under 949:Fellows of the Royal Society 207:Alexander William Williamson 37:Alexander William Williamson 25:Alexander William Williamson 7: 903:alexander williamson ether. 883:. Oxford: Clarendon Press. 704:"Theory of Aetherification" 511:Who's who biographies, 1901 16:English chemist (1824–1904) 10: 985: 401: 288:University College, London 220:Williamson ether synthesis 716:10.1080/14786445008646627 689:10.1080/00033797800200111 620:10.1080/00033797400200171 561:Foster, G. Carey (1911). 443:(later Inoue Kaoru), and 345:Charles Frédéric Gerhardt 332:by the interaction of an 200: 184: 176: 169: 156: 146: 136: 128: 87: 64: 42: 30: 23: 579:10.1002/cber.19110440339 263:, he transferred to the 253:University of Heidelberg 661:Encyclopædia Britannica 225: 919:Scientists from London 880:Chemistry for Students 755:Davies, Alwyn (2014). 708:Philosophical Magazine 478: 474:Williamson's grave in 467: 431:(later Itō Hirobumi), 325: 235: 113:51.297389°N 0.625667°W 513:. 1901. p. 1197. 473: 462: 415:were smuggled out of 394:about the same time. 323: 265:University of Giessen 233: 141:University of Giessen 848:10.1039/CT9058700565 330:unsymmetrical ethers 324:Alexander Williamson 118:51.297389; -0.625667 944:Royal Medal winners 532:"Williamson Papers" 357:chlorosulfuric acid 246:) a clerk with the 151:Synthesis of ethers 109: /  770:(Winter): 276–90. 479: 476:Brookwood Cemetery 468: 455:Honours and awards 421:Tokugawa Shogunate 326: 316:Research on ethers 310:Brookwood Cemetery 248:East India Company 236: 92:Brookwood Cemetery 677:Annals of Science 607:Annals of Science 376:hydrochloric acid 295:Thomas Hewitt Key 269:Justus von Liebig 204: 203: 195:Justus von Liebig 171:Scientific career 82:, Surrey, England 59:, London, England 976: 969:English chemists 905: 887: 864: 863: 861: 859: 827: 821: 820: 818: 816: 810: 787: 761: 752: 743: 738: 732: 731: 729: 727: 699: 693: 692: 672: 666: 665: 644: 642: 641: 635: 624: 623: 601: 595: 594: 592: 590: 573:(3): 2253–2269. 558: 552: 551: 549: 547: 528: 515: 514: 503: 186:Doctoral advisor 165: 124: 123: 121: 120: 119: 114: 110: 107: 106: 105: 102: 75: 73: 53: 51: 35: 21: 20: 984: 983: 979: 978: 977: 975: 974: 973: 909: 908: 873: 868: 867: 857: 855: 828: 824: 814: 812: 808: 759: 753: 746: 739: 735: 725: 723: 700: 696: 673: 669: 654:, ed. (1911). 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Index


Wandsworth
Hindhead
Brookwood Cemetery
51°17′50.6″N 0°37′32.4″W / 51.297389°N 0.625667°W / 51.297389; -0.625667
University of Giessen
Synthesis of ethers
Royal Medal
Doctoral advisor
Leopold Gmelin
Justus von Liebig
FRS
FRSE
PCS
Williamson ether synthesis

Wandsworth
Elgin
East India Company
University of Heidelberg
Leopold Gmelin
Heidelberg
University of Giessen
Justus von Liebig
Paris
Auguste Comte
Thomas Graham
University College, London
Thomas Hewitt Key
Haslemere

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