James Clerk Maxwell (1831 to 1879) is best known for unifying electricity, magnetism and light into a single theory, but in thermal physics he opened an equally consequential line of work. Around 1866 he formulated, independently of Ludwig Boltzmann, a kinetic theory of gases showing that heat and temperature are statistical properties of molecular motion rather than a substance flowing between bodies: molecules at a given temperature move at a range of speeds distributed according to a definite law, so a hotter body's molecules are only more likely, not certain, to be the faster ones. This statistical reframing did not overturn the existing laws of thermodynamics but gave them a mechanical foundation, and the distribution he derived, later completed and rigorously derived by Boltzmann, is named for them both.
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FieldKinetic Theory and Statistical Mechanics 1 Death PlaceCambridge, United Kingdom 2 NationalityUnited Kingdom of Great Britain and Ireland 2 Notable WorkA Dynamical Theory of the Electromagnetic Field 2 Notable WorkMaxwell-Boltzmann statistics 2 Notable Work Notable Work BirthplaceEdinburgh, United Kingdom 2 Field
Field (category) James Clerk Maxwell
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Maxwell formulated the underlying kinetic theory around 1866, independently of Boltzmann's later rigorous derivation.
Source James Clerk Maxwell (MacTutor)
Additional Source Maxwell's Equations (Wikipedia)Lead section (edge: proposed-by, Maxwell)
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1. James Clerk Maxwell (MacTutor)
MacTutor History of Mathematics, University of St AndrewsQuick Info summary
James Clerk Maxwell was a Scottish mathematician who did revolutionary work on electricity, magnetism, optics and on the kinetic theory of gases.
Founded: Electromagnetism, Biography section
One of Maxwell's most important achievements was his extension and mathematical formulation of Michael Faraday's theories of electricity and magnetic lines of force.
View the Source 2. James Clerk Maxwell (Wikidata)
P27 (country of citizenship): United Kingdom of Great Britain and Ireland
Q174193
P20 (place of death): Cambridge, United Kingdom
Q350
P19 (place of birth): Edinburgh, United Kingdom
Q23436
P800 (notable work): A Dynamical Theory of the Electromagnetic Field
Q1074013
P800 (notable work): Maxwell's equations
Q51501
P800 (notable work): Maxwell-Boltzmann statistics
Q1206235
P800 (notable work): Maxwell's demon
Q212397
View the SourceMaxwell's Equations (Wikipedia)
WikipediaProposed: Maxwell's Equations, Lead section (edge: proposed-by, Maxwell)Quote, Proposed: Maxwell's Equations, Lead section (edge: proposed-by, Maxwell)
Maxwell's equations are named after the physicist and mathematician James Clerk Maxwell, who, in 1861 and 1862, published an early form of the equations that included the Lorentz force law.
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