James Clerk Maxwell (1831-1879), physicist whose work is the foundation of electrical engineering
Maxwell's equations of electromagnetism are regarded as a main foundation of modern electrical/electronic engineering. They have underpinned a wide range of engineering technologies across the electromagnetic spectrum inlcuding X-Ray, radio, television, microwaves and mobile phones. He did important work on thermodynamics. He was the first to develop a theory of servomechanics (cybernetics). In structural mechanics he developed: photoelasticity for stress measurement; reciprocal diagrams for analysis of statically determinate trusses; the flexibility method for analysing indeterminate trusses.
He devised the plastic failure criterion for materials now referred to as the 'von Mises criterion' well ahead of von Mises. He did important work in optics and colour vision. He did important work in relation to viscoelasticity and relaxation processes in glass. He achieved all of this despite only living to the age of 48.
|Born 13th June in Edinburgh, Scotland||1831|
|10||Entered Edinburgh Academy||1841|
|15||Maxwell's paper on oval curves presented to the Royal Society of Edinburgh||1846|
|16||Entered Edinburgh University||1847|
|19||Published 'On the equilibrium of elastic solids'||1850|
|19||Entered Cambridge University (Peterhouse, then Trinity)||1850|
|23||Graduated second wrangler in tripos examination||1854|
|24||Elected a Fellow of Trinity||1855|
|24||Appointed professor of natural philosophy, Marischal College, Aberdeen||1856|
|24||Elected Fellow of the Royal Society of Edinburgh on 21st April||1856|
|29||Appointed professor of natural philosophy, King's College, London||1860|
|30||Published 'On Physical Lines of Force'||1861|
|30||First colour photograph of a tartan ribbon for lecture at Royal Institution||1861|
|30||Elected Fellow of the Royal Society||1861|
|34||Retired to the family home at Glenlair and continued with scientific work||1865|
|34||Published 'A dynamical theory of the electromagnetic field'||1865|
|36||Published 'On the dynamical theory of gases'||1867|
|40||First Cavendish professor of experimental physics, Cambridge||1871|
|42||Published 'A Treatise on Electricity and Magnetism'||1873|
|48||Died 5th November in Cambridge, and buried in Parton churchyard, Kirkcudbrightshire||1879|
In his work on gas dynamics Maxwell introduced the treatment of movement of molecules on a statistical basis. This is one of the cornerstones of quantum theory. It is said that all of modern physics leads back to Maxwell. He was not a towering presence in his time. Even today, his contribution is still not as well recognised as it deserves to be, except amongst physicists. He was, undoubtedly, the greatest Scottish scientific genius, the greatest physicist worldwide in the nineteenth century and in the top three in the past 2,000 years, standing shoulder to shoulder with Newton and Einstein in his contributions. Einstein had a framed photograph of Clerk Maxwell in his study, alongside Newton and Faraday. Einstein himself described Maxwell's work as the "most profound and the most fruitful that physics has experienced since the time of Newton" and acknowledged that his Theory of Relativity would not have been possible without Maxwell's work on electromagnetism. In his relatively short career as a physicist the span of topics that Maxwell addressed is remarkable. In each case his investigations turned into scientific gold.
Nobel prizewinning physicist Richard P Feynman said "From a long view of the history of mankind - seen from, say, ten thousand years from now - there can be little doubt that the most significant event of the 19th century will be judged as Maxwell's discovery of the laws of electrodynamics"
The Life of James Clerk Maxwell L Campbell and W Garnett, MacMillan, 1882
Ten British Physicists of the Nineteenth Century Alexander MacFarlane. New York. 1919
James Clerk Maxwell, Physicist and Natural Philosopher C W F Everitt, Scribner, New York, 1975
James Clerk Maxwell a Biography I Tolstoy, Canongate Edinburgh, 1981
The Demon in the Aether: the Story of James Clerk Maxwell M Goldman, Edinburgh, 1983
The Scientific Letters and Papers of James Clerk Maxwell P M Harman (ed) 3 vols. Cambridge University Press, 1990-2002
The Man Who Changed Everything: the Life of James Clerk Maxwell Basil Mahon, Wiley, 2003
Celebration of Achievements & Legacy of James Clerk Maxwell, Royal SOciety of Edinburgh, 2008
A statue by Alexander Stoddart was unveiled in George Street, Edinburgh in 2008.
His birthplace in India Street in Edinburgh houses the James Clerk Maxwell Foundation.
The maxwell (Mx), is a compound derived unit measuring magnetic flux
Maxwell's equations: The Maxwell-Boltzmann distribution; Maxwell's demon; Maxwell's theorem; Maxwell bridge
Maxwell Montes is a mountain range on Venus
The Maxwell Gap in the Rings of Saturn
The James Clerk Maxwell Telescope in Hawaii is the largest submillimetre wavelength astronomical telescope in the world, with a diameter of 15 metres
The James Clerk Maxwell Building of the University of Edinburgh houses the schools of mathematics, physics and meteorology
A hologram in the James Clerk Maxwell room in the Royal Society of Edinburgh, George Street, Edinburgh
The James Clerk Maxwell building is in the Waterloo campus of King's College, London which also has a Clerk Maxwell Chair in Theoretical Physics and a Maxwell Society
The James Clerk Maxwell Science Centre of the Edinburgh Academy was opened in 2006
James Clerk Maxwell Road in Cambridge, which runs beside the Cavendish Laboratory
The Maxwell Building at the University of Salford
James Clerk Maxwell street in Aberdeen's Kincorth area
The Cavendish Museum in Cambridge displays some of Maxwell's experimental apparatus
An episode of Radio 4's "In our Time" discusses the life and ideas of James Clerk Maxwell.
Oxford Dictionary of National Biography entry (full text available to subscribers and UK library members)
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