Linked from

The 36 pages that link to Lord Kelvin, each with the reason it gives.

• James Clerk MaxwellRelated: Thomson’s work on heat and field analogies shaped the scientific setting in which Maxwell developed his theories.

• ThermodynamicsRelated: His formulation connected thermodynamic limits with an absolute temperature scale.

• Second law of thermodynamicsRelated: His formulation ruled out cyclic engines that convert heat from one reservoir entirely into work.

• J. J. ThomsonRelated: Kelvin’s vortex-atom ideas formed part of the theoretical climate in which Thomson considered atomic structure.

• Joule–Thomson effectRelated: He collaborated with Joule on experiments showing temperature changes during gas expansion.

• Thermoelectric effectRelated: His analysis showed that the three effects are connected.

• Absolute zeroRelated: His scale placed its zero at the theoretical lower limit of temperature.

• KelvinRelated: The unit's name honors his work on absolute temperature.

• Carnot's theoremRelated: Thomson recast Carnot's insights within the later framework of thermodynamics.

• Rudolf ClausiusRelated: Thomson and Clausius independently developed closely related versions of the second law.

• University of GlasgowRelated: He spent much of his academic career as a Glasgow professor.

• James Prescott JouleRelated: Thomson worked with Joule to investigate how gas expansion affects temperature.

• Corona dischargeRelated: Thomson studied electrical phenomena relevant to the behavior of charged conductors.

• Henry CavendishRelated: Thomson helped establish the later interpretation of Cavendish’s result as a measurement of G.

• Seebeck effectRelated: His analysis connected Seebeck, Peltier, and Thomson effects through reciprocal relations.

• Maxwell's demonRelated: Kelvin’s formulation of thermodynamic impossibility provides historical context for Maxwell’s challenge.

• Analog computerRelated: His tide-predicting machine demonstrated how mechanical motions could compute a useful result.

• Kelvin scaleRelated: His work supplied the scale’s original conception and name.

• Kelvin–Helmholtz mechanismRelated: Kelvin argued that gravitational contraction could supply the Sun's heat for a limited time.

• Thomas Johann SeebeckRelated: Kelvin later unified the Seebeck, Peltier, and Thomson effects.

• Equilibrium thermodynamicsRelated: Kelvin's temperature scale became a foundational variable in equilibrium relations.

• Knot theoryRelated: His vortex-atom hypothesis prompted early efforts to tabulate and classify knots.

• Pieter ZeemanRelated: Kelvin’s influence on Dutch physics formed part of Zeeman’s scientific environment.

• William John Macquorn RankineRelated: Thomson and Rankine independently developed influential accounts of heat and thermodynamic cycles.

• Archibald GeikieRelated: Thomson held the Royal Society presidency immediately before Geikie.

• Helmholtz's theoremsRelated: Thomson extended Helmholtz's vortex ideas into a model of atomic structure.

• History of thermodynamicsRelated: His work established an absolute temperature scale and advanced the laws' formulation.

• Carnot heat engineRelated: Thomson connected Carnot’s efficiency result to an absolute temperature scale.

• Laws of thermodynamicsRelated: His formulation expresses the impossibility of completely converting cyclic heat input into work.

• Nicolas Léonard Sadi CarnotRelated: Thomson drew on Carnot’s work when developing the thermodynamic temperature scale.

• Sir George StokesRelated: Kelvin was a contemporary whose work intersected with Stokes’s mathematical physics.

• Theory of tidesRelated: Kelvin advanced harmonic methods for analyzing and predicting tides.

• Thermodynamic equationsRelated: His work connected heat-engine theory with absolute temperature.