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Manufacturing nature: science, technology and Victorian consumer culture
Published online by Cambridge University Press: 05 January 2009
Extract
The public place of science and technology in Britain underwent a dramatic change during the first half of the nineteenth century. At the end of the eighteenth century, natural philosophy was still on the whole the province of a relatively small group of aficionados. London possessed only one institution devoted to the pursuit of natural knowledge: the Royal Society. The Royal Society also published what was virtually the only journal dealing exclusively with scientific affairs: the Philosophical Transactions. By 1851, when the Great Exhibition opened its doors in Hyde Park to an audience of spectators that could be counted in the millions, the pursuit of science as a national need, its relationship to industrial progress were acceptable, if not uncontested facts for many commentators.
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- Research Article
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- The British Journal for the History of Science , Volume 29 , Issue 4 , December 1996 , pp. 403 - 434
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- Copyright © British Society for the History of Science 1996
References
1 The literature on the culture of British science during the first half of the nineteenth century is now vast. The classic is Cannon, S., Science in Culture, New York, 1978.Google Scholar For an overview of some more recent literature see Morus, I. R., Schaffer, S. and Secord, J., ‘Scientific London’, in London: World City, 1800–1840 (ed. Fox, C.), New Haven, 1992, 129–42.Google Scholar
2 Berman, M., Social Change and Scientific Organization: The Royal Institution, 1799–1844, London, 1978.Google Scholar
3 Morrell, J. and Thackray, A., Gentlemen of Science: Early Years of the British Association for the Advancement of Science, Oxford, 1981.Google Scholar
4 Boas-Hall, M., All Scientists Now, Cambridge, 1984Google Scholar; MacLeod, R., ‘Whigs and savants: reflections on the Reform Movement in the Royal Society, 1830–1848’, in Metropolis and Province: Science in British Culture, 1780–1850 (ed. Inkster, I. and Morrell, J.), London, 1977, 55–90Google Scholar; Morus, I. R., ‘Correlation and control: William Robert Grove and the construction of a new philosophy of scientific reform’, Studies in History and Philosophy of Science (1991), 22, 589–621.CrossRefGoogle Scholar
5 Cannon, , op. cit. (1)Google Scholar; Secord, J., Controversy in Victorian Geology, Princeton, 1985Google Scholar; Ashworth, W., ‘The calculating eye: Baily, Herschel, Babbage and the business of astronomy’, BJHS (1994), 27, 409–41.CrossRefGoogle Scholar
6 Grove, W. R., On the Correlation of Physical Forces, London, 1846Google Scholar; Morus, I. R., ‘The Politics of Power: Reform and Regulation in the Work of William Robert Grove’, Ph.D. thesis, University of Cambridge, 1989Google Scholar; and Morus, , op. cit. (4).Google Scholar
7 [Chambers, R.], Vestiges of the Natural History of Creation, London, 1844Google Scholar, new edition with Introduction by J. Secord, Chicago, 1994; Secord, J., ‘Behind the veil: Robert Chambers and Vestiges’, in History, Humanity and Evolution (ed. Moore, J. R.), Cambridge, 1989, 165–94.Google Scholar
8 For a discussion of such literature see Dolby, R. G. A., ‘On the autonomy of pure science: the construction and maintenance of barriers between scientific establishments and popular culture’, in Scientific Establishments and Hierarchies (ed. Elias, N., Martins, H. and Whitley, R.), Dordrecht, 1982, 267–92.CrossRefGoogle Scholar
9 See Laudan, R., ‘Natural alliance or forced marriage? Changing relations between the histories of science and technology’, Technology and Culture (1995), 36 (Supplement), S17–28.CrossRefGoogle Scholar
10 Burke, P., Popular Culture in Early Modern Europe, London, 1978Google Scholar; Darnton, R., The Great Cat Massacre, Harmondsworth, 1984Google Scholar; Thompson, E. P., Customs in Common, Harmondsworth, 1993.Google Scholar
11 Williams, R., Culture and Society, Harmondsworth, 1961Google Scholar; Hobsbawm, E. and Ranger, T. (eds.), The Invention of Tradition, Cambridge, 1983Google Scholar; Colley, L., Britons: Forging the Nation 1707–1837, New Haven, 1992.Google Scholar
12 For an overview of recent discussions of the historiography of popular science see Cooter, R. and Pumfrey, S., ‘Separate spheres and public places: reflections on the history of science popularization and science in popular culture’, History of Science (1994), 32, 237–67.CrossRefGoogle Scholar For a discussion of ‘cultural’ studies of the sciences see Dear, P., ‘Cultural history of science: an overview with reflections’, Science, Technology, and Human Values (1995), 20, 150–70.CrossRefGoogle Scholar
13 The term ‘cultural space’ here is used to suggest a more generalized notion of the concept of ‘evidential context’ introduced by Trevor Pinch to define the setting within which particular episodes of experimental work gain their significances. See Pinch, T., ‘Towards an analysis of scientific observation: the externality and evidential significance of observational reports in physics’, Social Studies of Science (1985), 15, 3–35.CrossRefGoogle Scholar
14 Babbage, C., Reflections on the Decline of Science in England, London, 1830Google Scholar; and The Exposition of 1851, London, 1851.Google Scholar
15 Babbage, C., On the Economy of Machinery and Manufactures, London, 1832Google Scholar; Ashworth, , op. cit. (5).Google Scholar
16 Schaffer, S., ‘Babbage's intelligence: calculating engines and the factory system’, Critical Inquiry (1994), 21, 203–27.CrossRefGoogle Scholar
17 Behagg, C., ‘Secrecy, ritual and folk violence: the opacity of the workplace in the first half of the nineteenth century’, in Popular Culture and Custom in Nineteenth-Century England (ed. Storch, R.), London, 1982, 154–79.Google Scholar
18 Prothero, I., Artisans and Politics in early Nineteenth-Century London: John Gast and his Times, London, 1981Google Scholar; Rule, J., ‘The property of skill in the period of manufacture’, in The Historical Meanings of Work (ed. Joyce, P.), Cambridge, 1987, 99–118.Google Scholar
19 Behagg, , op. cit. (17).Google Scholar
20 [Wright, T.], Habits and Customs of the Working Classes, by a Journeyman Engineer, London, 1867, 85.Google Scholar
21 Behagg, C., ‘The democracy of work, 1820–1850’, British Trade Unionism, 1780–1850: The Formative Years (ed. Rule, John), London, 1988, 162–77.Google Scholar
22 See, for example, Senior, N., An Outline of the Science of Political Economy, London, 1836.Google Scholar An exhaustive analysis of contemporary discussions of machinery is Berg, M., The Machinery Question and the Making of Political Economy, Cambridge, 1980.Google Scholar
23 Babbage, , op. cit. (15).Google Scholar
24 Babbage, , op. cit. (15), 175.Google Scholar This became known as the ‘Babbage principle’. See Braverman, H., Labor and Monopoly Capital, New York, 1974.Google Scholar
25 Babbage, , op. cit. (15), 174 and 54.Google Scholar
26 Barlow, P., A Treatise on the Manufactures and Machinery of Great Britain, London, 1836, 91.Google Scholar
27 Ure, A., The Philosophy of Manufactures, London, 1835, 13–14.Google Scholar
28 For a comparative study of Babbage and Ure on these matters see Rosenbloom, R. S., ‘Men and machines: some nineteenth century analyses of mechanization’, Technology and Culture (1964), 5, 489–511.CrossRefGoogle Scholar
29 Ure, , op. cit. (27), 20–1.Google Scholar
30 Ure, , op. cit. (27), 301.Google Scholar Things had clearly changed a great deal by the time Engels visited much the same mills a decade later. Engels, F., Condition of the Working Class in England, Harmondsworth, 1987Google Scholar; originally published in German, 1845.
31 Gaskell, P., Artisans and Machinery, London, 1836.Google Scholar
32 Gaskell, P., op. cit. (31), 357–8.Google Scholar
33 Gaskell, P., op. cit. (31), 361–2.Google Scholar
34 Hodgskin, T., Popular Political Economy, London, 1827.Google Scholar
35 See, for example, the excerpt from the Pioneer in Berg, M., Technology and Toil in Nineteenth Century Britain, London, 1979, 90–1.Google Scholar
36 Hodgskin, T., Natural and Artificial Rights to Property Contrasted, London, 1832, 180–1.Google Scholar
37 Wahrman, D., Imagining the Middle Class: The Political Representation of Class in Britain, c. 1780–1840, Cambridge, 1995.CrossRefGoogle Scholar
38 Anderson, P., The Printed Image and the Transformation of Popular Culture, 1790–1860, Oxford, 1991.Google Scholar
39 ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 99–102.Google Scholar
40 ‘Preface’, Mechanic's Magazine (1823), 1, pp. iii–iv, on p. iii.Google Scholar
41 Russell, C., Science and Social Change, 1700–1900, London, 1983, 139–46Google Scholar; Golinski, J., Science as Public Culture: Chemistry and Enlightenment in Britain, 1760–1820, Cambridge, 1992, 243–5.Google Scholar
42 ‘London Mechanics' Institution’, op. cit. (39), 99–100.Google Scholar
43 Kelly, T., George Birkbeck, Pioneer of Adult Education, Liverpool, 1957.Google Scholar
44 McCalman, I., Radical Underworld: Prophets, Revolutionaries and Pornographers in London, 1795–1840, Cambridge, 1988, 181–203Google Scholar; Royle, E. and Walvin, J., English Radicals and Reformers, 1760–1848, London, 1982, 124–41.Google Scholar
45 Omega, , ‘London Mechanics' Institute’, Mechanic's Magazine (1823), 1, 147–8, on 147.Google Scholar
46 ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 210–11, on 210.Google Scholar
47 ‘Public meeting for the establishment of the London Mechanics' Institute’, Mechanic's Magazine (1823), 1, 177–92.Google Scholar
48 Mechanic's Magazine, op. cit. (47), 188.Google Scholar
49 Mechanic's Magazine, op. cit. (47), 190.Google Scholar
50 Telltruth, Tom, ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 195–8, on 196.Google Scholar
51 L.M., ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 234–6, on 236.Google Scholar
52 ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 236–8.Google Scholar
53 ‘London Mechanics' Institution’, Mechanic's Magazine (1823), 1, 227–9.Google Scholar
54 McCalman, , op. cit. (44), 183–4.Google Scholar
55 Berg, , op. cit. (22), 169–73.Google Scholar
56 ‘London Mechanics' Institution’, Mechanic's Magazine (1824), 2, 306–8, on 308.Google Scholar
57 Shapin, S. and Barnes, B., ‘Science, nature and control: interpreting Mechanics' Institutes’, Social Studies of Science (1977), 7, 31–74.CrossRefGoogle Scholar
58 Behagg, C., Politics and Production in the Early Nineteenth Century, London, 1990.Google Scholar
59 ‘London Mechanics' Institution’, Mechanic's Magazine (1824), 3, 187–92, on 192.Google Scholar
60 ‘London Mechanics' Institution’, Mechanic's Magazine (1825), 4, 232–40, on 239.Google Scholar
61 Mechanic's Magazine, op. cit. (60), 239.Google Scholar
62 Mechanic's Magazine, op. cit. (60), 239.Google Scholar
63 Rule, , op. cit. (18)Google Scholar; Prothero, , op. cit. (18).Google Scholar
64 Hodgskin, , op. cit. (36).Google Scholar
65 Herschel, J., Preliminary Discourse on the Study of Natural Knowledge, London, 1830, 70.Google Scholar
66 Telltruth, , op. cit. (50)Google Scholar. Drives towards a new respectability by artisan radicals are well documented. See McCalman, , op. cit. (44)Google Scholar; Prothero, , op. cit. (18)Google Scholar, as well as Francis Place's autobiography: Thale, M. (ed.), The Autobiography of Francis Place, Cambridge, 1972.Google Scholar
67 Dutton, H., The Patent System and Inventive Activity during the Industrial Revolution, 1750–1852, Manchester, 1984.Google Scholar
68 Dutton, , op. cit. (67), 110.Google Scholar
69 Dutton, , op. cit. (67), 69–75Google Scholar; MacLeod, C., Inventing the Industrial Revolution: The English Patent System, 1600–1800, Cambridge, 1988, 58–74.CrossRefGoogle Scholar
70 Bathe, D. and Bathe, G., Jacob Perkins: His Inventions, his Times and his Contemporaries, Philadelphia, 1943.Google Scholar For his Philadelphia background see Sinclair, B., Philadelphia's Philosopher Mechanics, Baltimore, 1974.Google Scholar
71 Stokes, M. V., ‘The Lowther Arcade in the Strand’, London Topographical Record (1974), 23, 119–28.Google Scholar
72 Altick, R., The Shows of London, Cambridge, MA, 1978.Google Scholar
73 ‘New Exhibition Room, Adelaide Street, Strand’, Literary Gazette (1832), 16, 378.Google Scholar
74 Quoted in Altick, , op. cit. (72), 377.Google Scholar
75 Society for the Illustration and Encouragement of Practical Science, Gallery for the Exhibition of Objects Blending Instruction with Amusement, Adelaide Street, and Lowther Arcade, West Strand. Catalogue for May, 1836, 14th edn, London, 1836.Google Scholar
76 Catalogue, op. cit. (75), 37.Google Scholar
77 Menebrea, L. F., ‘Sketch of the analytic engine invented by Charles Babbage’Google Scholar (tr. A. Lovelace), Taylor's Scientific Memoirs (1843), 3, 666–731, on 706.Google Scholar
78 Ferguson, E. S. (ed.), Early Engineering Reminiscences (1815–40) of George Escol Sellars, Washington, DC, 1965, 131–2.Google Scholar
79 For a contemporary account of the financial role of the coffee houses see [Evans, D. M.], City Men and City Manners: The City; or, the Physiology of London Business, London, 1852.Google Scholar
80 Saxton Diary, Smithsonian Institution Archives, Washington, DC, 17 November 1832.
81 Cunningham, P., Handbook of London, Past and Present, 2nd edn, London, 1850Google Scholar; Punch (1843), 5, 91.Google Scholar
82 Adelaide Gallery Handbill, Adelaide Gallery File, Theatre Museum, London.
83 Harris, N., Humbug, Boston, MA, 1973, 98.Google Scholar
84 Poe, E. A., ‘The balloon-hoax’, The Science Fiction of Edgar Allen Poe (ed. Beaver, H.), Harmondsworth, 1976, 110–23Google Scholar, first published anonymously in the New York Sun, 13 April 1844.
85 Mason, T. M., Remarks on the Ellipsoidal Balloon, London, 1843.Google Scholar
86 ‘The Royal Polytechnic Institution’, Patent Journal and Inventor's Magazine (1848), 4, 256–7, on 157.Google Scholar
87 ‘The Royal Polytechnic Institution’, Patent Journal and Inventor's Magazine (1848), 4, 411.Google Scholar
88 Cunningham, , op. cit. (81).Google Scholar
89 Nowrojee, J. and Merwanjee, H., Journal of a Residence of Two and a Half years in Great Britain, London, 1841, 120.Google Scholar
90 Lampe, D., The Tunnel, London, 1964.Google Scholar
91 Beamish, R., Memoir of the Life of Sir Marc Isambard Brunel, London, 1862.Google Scholar
92 Beamish, , op. cit. (91), 206.Google Scholar
93 Beamish, , op. cit. (91), 208–10.Google Scholar
94 Cooper, C., ‘The Portsmouth system of manufacture’, Technology and Culture (1984), 25, 182–225, on 213.CrossRefGoogle Scholar
95 Beamish, , op. cit. (91), 213.Google Scholar
96 Babbage, C., Passages from the Life of a Philosopher, London, 1864, 279.Google Scholar
97 Beamish, , op. cit. (91), 208.Google Scholar
98 Brunel, M. I., ‘Description of a new plan of tunneling, calculated for opening a roadway under the Thames’, Mechanic's Magazine (1823), 1, 65–7, on 66–7.Google Scholar
99 ‘The Thames Tunnel’, Mirror of Literature, Amusement and Instruction (1836), 27, 160Google Scholar; ibid. (1837), 29, 208.
100 Hawthorne, N., English Notebooks, London, 1941, 232–3.Google Scholar
101 Lampe, , op. cit. (90), 210Google Scholar
102 ‘National Gallery of Practical Science’, Literary Gazette (1833), 17, 730.Google Scholar
103 Morus, I. R., ‘Currents from the underworld: electricity and the technology of display in early Victorian England’, Isis (1993), 84, 50–69.Google Scholar
104 Extracts from the Private Letters of the Late Sir William Fothergill Cooke, London, 1895, 8.Google Scholar
105 Wheatstone, Charles to Cooke, William Fothergill, 20 01 1838Google Scholar. Cooke Papers, vol. 1, Institution of Electrical Engineers, London.
106 ‘National Repository’, Mechanic's Magazine (1829), 11, 58–60, on 60.Google Scholar
107 The earliest were of course contemporary. Babbage, , op. cit. (15)Google Scholar; Ure, , op. cit. (27).Google Scholar
108 Richards, T., The Commodity Culture of Victorian England, London, 1991.Google Scholar
109 Morus, I. R., ‘Different experimental lives: Michael Faraday and William Sturgeon’, History of Science (1992), 30, 1–28.CrossRefGoogle Scholar
110 Berg, , op. cit. (22).Google Scholar
111 Joule, J. P., ‘Experiments and observations on the mechanical powers of electro-magnetism, steam, and horses’, Scientific Papers of James Prescott Joule, 2 vols., London, 1887, ii, 1–11.Google Scholar
112 Joule, , op. cit. (111), i.Google Scholar
113 Cardwell, D., James Joule: A Biography, Manchester, 1989.Google Scholar
114 Sturgeon, W., ‘Description of an electro-magnetic machine for turning machinery’, Annals of Electricity (1836), 1, 75–8.Google Scholar
115 Davenport, W. R., Thomas Davenport: Pioneer Inventor, Montpelier, VT, 1929.Google Scholar
116 ‘Davenport's electro-magnetic engine’, Mechanic's Magazine (1837), 27, 404–5.Google Scholar
117 ‘Electro-magnetic locomotive’, Railway Times (1842), 5, 1012.Google Scholar
118 L., ‘Electro-magnetic power’, Railway Times (1842), 5, 1342.Google Scholar
119 Joule, , ‘On electro-magnetic forces’, op. cit. (111), ii, 19–26, 27–39.Google Scholar
120 Joule, , op. cit. (111)Google Scholar. See also Morton, A., ‘Concepts of power: natural philosophy and the uses of machines in mid-eighteenth-century London’, BJHS (1995), 28, 63–78.CrossRefGoogle Scholar
121 Mechanic's Magazine, op. cit. (59), 187–92, on 192.Google Scholar
122 Mechanic's Magazine, op. cit. (59), 92.Google Scholar
123 Faraday, , quoted in the Literary Gazette, 2 02 1839.Google Scholar Quoted in Buckland, G., Fox Talbot and the Invention of Photography, London, 1980, 39.Google Scholar
124 Grove, W. R., ‘On a voltaic process for etching daguerreotype plates’, Philosophical Magazine (1842), 20, 18–24, on 24.Google Scholar
125 Smee, A., Elements of Electro-metallurgy, or the Art of Working in Metals by the Galvanic Fluid, London, 1841, 147.Google Scholar
126 Ryland, W., ‘The plated wares and electroplating trades’, in The Resources, Products, and Industrial History of Birmingham and the Midland Hardware District (ed. Timmins, S.), London, 1866, 494.Google Scholar
127 Shaw, G., A Manual of Electro-metallurgy, London, 1842Google Scholar; Smee, , op. cit. (125)Google Scholar; Walker, C. V., Electrotype Manipulations, London, 1843.Google Scholar
128 Walker, , op. cit. (127), 5–6.Google Scholar
129 Walker, , op. cit. (127), 6.Google Scholar
130 Walker, , op. cit. (127), 6.Google Scholar
131 On the industrialization of photography and its relationships to the electroplating industry see Bargos, S. and White, W. B., The Daguerreotype: 19th Century Technology and Modern Science, Washington, DC, 1991, 49–51.Google Scholar
132 Altick, , op. cit. (72).Google Scholar
133 Quoted in Chilton, D. and Coley, N., ‘The laboratories of the Royal Institution in the nineteenth century’, Ambix (1980), 27, 173–203, on 177.CrossRefGoogle Scholar
134 Richards, , op. cit. (108).Google Scholar
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