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Asian Journal of Physics Vol 32, Nos 5 – 8 (2023) 399-411

Preservation of communication heritage

Derek Cassidy
University College Dublin, School of Architecture and Engineering, Clonskeagh, Co. Dublin, Ireland
Dedicated in memory of Prof John Sheridan

Telegraph and telephone communication heritage is at the historical heart of University College Dublin. Many artifacts from the Engineering world are on display including support examples of mechanical, electrical, and electronic pieces. However, here we investigate the forgotten link to Valentia Island and its place in submarine telegraph cable history. The examples of forgotten artifacts and one mans dream to finally preserve this cultural heritage so that history itself can come to life. © Anita Publications. All rights reserved.
Keywords: Telegraph, Mirror Galvanometer, Needle Telegraph.

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Method: Single- anonymous; Screened for Plagiarism? Yes
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References

  1. World Heritage Tentative List for Ireland, Dept. Heritage and Local Government, www.gov.ie, (retrieved 22nd July 2023).
  2. Guarnieri M, Messaging Before the Internet—Early Electrical Telegraphs, IEEE Industrial Electronics Magazine, 13(2019)38–41.+53. doi:10.1109/MIE.2019.2893466. hdl:11577/3301045. S2CID85499543,
  3. Desmond J B, A History of Classical Physics: From Antiquity to the Quantum, (Barnes & Noble Books), 1997.
  4. John J, Pioneers of Electricity; Or Short Lives of the Great Electricians, (London: The Religious Tract Society), 1902, pp 89–102.
  5. Ørsted H C, Jelved K, Jackson A D, Knudsen O, Selected Scientific Works of Hans Christian Ørsted, Princeton University Press, (1998).
  6. Reid J D, The Telegraph in America: Its Founders, Promoters and Noted Men New York: Arno Press, (1974).
  7. Ghose S, William O’Shaughnessy-An Innovator and Entrepreneur, Indian Journal of History of Science, 29 (1994)9–22.
  8. Von Werner S, Werner Von Siemens, A Life in Science of Service, Technology and Industry, Gottingen, (1975).
  9. Morse S, (December 26, 2006) [1839], Letter to the New-York Observer, Princeton University Press, Vol 17(1839), No 16, p. 62, (1839).
  10. Bowers B, Sir Charles Wheatstone FRS, 1802–1875, London: Her Majesty’s Stationery Office, (1975), p 155.
  11. Bowen H V, Revenue and Reform: The Indian Problem in British Politics, 1757–1773. Cambridge, UK: Cambridge University Press, (1991).
  12. Gorman M, Sir William O’Shaughnessy, Lord Dalhousie, and the Establishment of the Telegraph System in India, Technology and Culture, 2(1971)581–601.
  13. Rogers H J, Telegraphing and Submarine Cables—Gutta-Percha as an Insulator, Scientific American, 4(1861)102–103.
  14. Shaping the Future. The Siemens Entrepreneurs 1847–2018. (Ed). Siemens Historical Institute, Hamburg, (2018).
  15. Marland E A, British and American Contributions to Electrical Communications, The British Journal for the History of Science, 1(1962)31–48.
  16. Baxter C, The Peculiar Case of the Electric Constable: a true tale of passion, poison and pursuit, (Oneworld, London), 2013.
  17. Beauchamp K, History of Telegraphy, Institution of Engineering and Technology, (2001).
  18. Burns R W, Communications: An international history of the formative years, Institution of Electrical Engineers, (2004), pp 79–84.
  19. Brecht H, Friedrich Clemens Gerke, an almost forgotten Hamburg writer and inventor, Journal of the Association for Hamburg History, Volume 86, (2000).
  20. ITU Recommendation. International Telecommunication Union. ITU-R M.1677-1. Retrieved June (2023).
  21. Haigh,Kenneth Richardson, Cableships and Submarine Cables, Adlard Coles, (1968).
  22. Bright C, Submarine Telegraphs, (London: Crosby Lockwood), 1898.
  23. Jenkin F, On the Insulating Properties of Gutta Percha, Proceedings of the Royal Society of London, 10(1859)409–415.
  24. Bradshaw W F, The First Submarine Cable, Scientific American, 82(1990)388–388.
  25. Ash S, Douglas R, Beckman R, Tara M, Submarine Cables: The Handbook of Law and Policy, Martinus Nijhoff Publishers), 2013.
  26. Huurdeman A A, The Worldwide History of Telecommunications, (Wiley), 2003.
  27. Scott J W, Wilson B, 1851: Precipice in time, (Heyday: Britain and the Birth of the Modern World, Hachette UK), 2016.
  28. Graves J, Hemp- versus iron-covered cables, Journal of the Society of Telegraph-Engineers and Electricians, 12(1884)589–594.
  29. Hunt B J, Scientists, Engineers, and Wildman Whitehouse: Measurement and Credibility in Early Cable Telegraphy, The British Journal for the History of Science, 29(1996)155–169.
  30. White Andrew D, Insulation of the Atlantic Cable. The College Courant, vol 4, no. 20, pp. 314–314, (1869).
  31. Freezee W D, The First Trans-Atlantic Cable, Journal of the Washington Academy of Sciences, 68 (1978)3–13.
  32. Varley C F, On the Relative Speed of the Electric Wave through Submarine Cables of Different Lengths, and a Unit of Speed for Comparing Electric Cables by Bisecting the Electric Wave, Proceedings of the Royal Society of London, 12(1862)211–216.
  33. Jenkin F, Experimental Research on the Transmission of Electric Signals Through Submarine Cables. Part I. Laws of Transmission through Various Lengths of One Cable, Philos Trans R Soc Lond B: Biol Sci, 152(1862)987–1017.
  34. Wise M N, Smith C, Measurement, Work and Industry in Lord Kelvin’s Britain, Historical Studies in the Physical and Biological Sciences, 17(1986)147–173.
  35. Field H M, The Story of the Atlantic Telegraph, (London: Gayand Bird), 1867.
  36. Gordon J S, A Thread Across the Ocean, The heroic story of the transatlantic Cable, Library Review Emerald Group Publishing Limited, 2003.
  37. Squier G O, Multiplex Telephony and Telegraphy over Open-Circuit Bare Wires Laid in the Earth or Sea, Science, 51(1920)445–449.
  38. Bright C, Bright E B, The Life story of the late Sir Charles Tilson right, Civil Engineer; With which is incorporated the story of the Atlantic Cable and the First Telegraph to India and the Colonies, Vol ii, Palala Press (reprint), 2018.
  39. Ocean Telegraphy, Cover of Scientific American, 20(1869)358–358.
  40. Cassidy D, The Trans-Atlantic Telegraph 1866, Submarine Telecom Forum, Regional Systems, 101(2019)52–57.
  41. Ayrton W E, Report on the Course of Telegraphic Engineering, Imperial College of Engineering, Tokei, 1877.
  42. Wenzlhuemer R, The British Indian telegraph network. In Connecting the Nineteenth-Century World: The Telegraph and Globalization, (Cambridge: Cambridge University Press), 2012, pp 211–242.
  43. Müller S, The Transatlantic Telegraphs and the ‘Class of 1866’ — the Formative Years of Transnational Networks in Telegraphic Space, 1858-1884/89, Historical Social Research / Historische Sozialforschung, 35(2010)237–259,
  44. Lovering J, On the Determination of Transatlantic Longitudes by Means of the Telegraphic Cables, Memoirs of the American Academy of Arts and Sciences, 9(1873)437–477.
  45. Bartky I R, One Time Fits All: The Campaigns for Global Uniformity, (Stanford University Press), 2007.
  46. Graves J, Earth currents and earthquakes, Journal of the Society of Telegraph Engineers, 2(1873)432; doi: 10.1049/jste-1.1873.0064.
  47. Graves J, The causes of failure of deep-sea cables, Journal of the Society of Telegraph-Engineers and Electricians, 13(1884)119–126.
  48. Graves J, Earth currents, Journal of the Society of Telegraph Engineers, 2(1873)102–110.
  49. Graves J, Varley C F, Continuation of the discussion on M Smith’s paper, ‘On curbed signals for long cables’, Journal of the Society of Telegraph Engineers, 8(1879)117–126.
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