TY - BOOK ID - 30799947 TI - The Maxwellians PY - 2005 SN - 0801482348 9780801482342 0801426413 1501703277 PB - Ithaca : Baltimore, Md. : Cornell Univ. Press, Project MUSE, DB - UniCat KW - Electromagnetic theory KW - Physics KW - Physicists KW - Natural philosophy KW - Philosophy, Natural KW - Physical sciences KW - Dynamics KW - Light, Electromagnetic theory of KW - Electric fields KW - Magnetic fields KW - History. KW - Maxwell, James Clerk, KW - Lodge, Oliver, KW - Heaviside, Oliver, KW - Khevisaĭd, Oliver, KW - Maksvell, Dzhems Klerk, KW - Maxwell, J. Clerk KW - Maxwell, J. C. KW - Maxwell, Clerk, KW - Maksvell, Dzheĭms Klerk, KW - Fitzgerald, George Francis, KW - Physiciens KW - History KW - Biography KW - Biographie KW - Great Britain KW - Electromagnetic theory - History. KW - Physics - Great Britain - History. KW - Maxwell, James Clerk, 1831.1879. KW - Fitzgerald, George Francis, 1851-1901. KW - Lodge, Oliver, Sir, 1851-1940. KW - Heaviside, Oliver, 1850-1925. KW - Physicists - Great Britain - Biography. KW - Rezeption KW - Maxwellsche Theorie KW - Entwicklung KW - Elektromagnetische Welle KW - Physics. KW - Physicists. KW - Electromagnetic theory. KW - Physical scientists KW - Fitzgerald, George Francis. KW - Heaviside, Oliver. KW - Lodge, Oliver. KW - Maxwell, James Clerk KW - Lodge, Oliver KW - Hertz, Heinrich KW - Heaviside, Oliver KW - Fitzgerald, George Francis KW - Great Britain. KW - Elektrische Welle KW - Welle KW - Elektromagnetisches Feld KW - Ursprung KW - Entwicklungsstadium KW - Fortschritt KW - Entstehung KW - Evolution KW - Feldtheorie KW - Maxwell-Theorie KW - Elektrodynamik KW - Elektromagnetismus KW - Maxwellsche Gleichungen KW - Fortwirken KW - Nachwirkung KW - Nachleben KW - Wirkungsgeschichte KW - Aneignung KW - Auswirkung KW - Fortleben KW - Fitzgerald, G. F. KW - Lodge, Oliver Joseph, KW - Fitzgerald, George F. KW - FitzGerald, George Francis KW - Physiker KW - 1851-1901 KW - Elektriker KW - 1850-1925 KW - Hertz, H. KW - Hertz, Henricus Rudolphus KW - Hertz, Heinrich Rudolf KW - Hertz, Heinrich R. KW - Hertz, Heinrich Rudolph KW - Hochschullehrer KW - Wissenschaftler KW - Hamburg KW - Bonn KW - Kiel KW - Karlsruhe KW - Christian-Albrechts-Universität zu Kiel KW - Hertz, Elisabeth KW - Hertz, Johanna KW - Hertz, Mathilde KW - Amman, Julius KW - 22.02.1857-01.01.1894 KW - 1857-1894 KW - Lodge, Oliver J. KW - Lodge, Oliver Joseph KW - Prof. KW - Sir KW - Liverpool KW - 1851-1940 KW - Maxwell, James C. KW - Clerk Maxwell, James KW - Makswell, Džems Klerk KW - Maxwell, James Clark KW - Maxwell, Clerk KW - Maxwell, J.C. KW - Maxwell, C. KW - Naturphilosophie, Moralphilosophie, mentale Philosophie; Mathematik KW - Professor KW - Edinburgh KW - Cambridge KW - Aberdeen KW - London KW - University of Aberdeen KW - University of London KW - University of Cambridge KW - Clerk Maxwell KW - 13.06.1831-05.11.1879 KW - 1831-1879 KW - Anglia KW - Angliyah KW - Briṭanyah KW - England and Wales KW - Förenade kungariket KW - Grã-Bretanha KW - Grande-Bretagne KW - Grossbritannien KW - Igirisu KW - Iso-Britannia KW - Marea Britanie KW - Nagy-Britannia KW - Prydain Fawr KW - Royaume-Uni KW - Saharātchaʻānāčhak KW - Storbritannien KW - United Kingdom KW - United Kingdom of Great Britain and Ireland KW - United Kingdom of Great Britain and Northern Ireland KW - Velikobritanii͡ KW - Wielka Brytania KW - Yhdistynyt kuningaskunta KW - Northern Ireland KW - Scotland KW - Wales UR - https://www.unicat.be/uniCat?func=search&query=sysid:30799947 AB - James Clerk Maxwell published the Treatise on Electricity and Magnetism in 1873. At his death, six years later, his theory of the electromagnetic field was neither well understood nor widely accepted. By the mid-1890s, however, it was regarded as one of the most fundamental and fruitful of all physical theories. Bruce J. Hunt examines the joint work of a group of young British physicists-G. F. FitzGerald, Oliver Heaviside, and Oliver Lodge-along with a key German contributor, Heinrich Hertz. It was these "Maxwellians" who transformed the fertile but half-finished ideas presented in the Treatise into the concise and powerful system now known as "Maxwell's theory." ER -