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The 94 pages that link to James Clerk Maxwell, each with the reason it gives.

• ElectrodynamicsRelated: Maxwell synthesized field laws into a unified dynamical theory.

• Electromagnetic field tensorRelated: His field equations supplied the electromagnetic theory later written in tensor form.

• Electrostatic forceRelated: His theory placed electrostatic force within the broader framework of electromagnetism.

• Maxwell's demonRelated: Maxwell introduced the imagined gatekeeper to expose a puzzle about entropy and molecular motion.

• Control engineeringRelated: His 1868 paper helped establish mathematical methods for assessing regulator stability.

• Displacement currentRelated: Maxwell introduced displacement current into his electromagnetic theory.

• John Ambrose FlemingRelated: Maxwell’s electromagnetic theory provided the scientific foundation for the radio technology Fleming served.

• Luminiferous aetherRelated: His electromagnetic waves renewed the question of what, if anything, was oscillating in space.

• Oliver LodgeRelated: Lodge helped explain and popularize Maxwell’s electromagnetic theory.

• Young–Helmholtz theoryRelated: Maxwell’s color-matching experiments helped test and formalize trichromatic ideas.

• Fundamental interactionRelated: His electromagnetic theory showed that apparently distinct phenomena share one interaction.

• Magneto-optic effectRelated: His theory provided the electromagnetic framework for interpreting light’s interaction with magnetized matter.

• Routh–Hurwitz stability criterionRelated: His 1868 analysis of governors posed an influential stability problem preceding Routh’s method.

• Autochrome LumièreRelated: His three-filter demonstration established an influential model for reproducing color photographically.

• Vacuum permeabilityRelated: His electromagnetic theory gave vacuum constants a central role in linking fields and light.

• Aether theoriesRelated: Maxwell's electromagnetic theory prompted debate about the medium underlying its waves.

• Classical physicsRelated: His field theory completed a major classical synthesis.

• Electromagnetic four-potentialRelated: His field theory supplied the equations later rewritten using relativistic potentials.

• Vitaly GinzburgRelated: Ginzburg’s superconductivity theory couples its order parameter to the electromagnetic field described by Maxwell’s equations.

• Larmor formulaRelated: Maxwell's field theory provides the foundation for calculating radiation from moving charges.

• WeberRelated: Maxwell’s theory established the framework in which magnetic flux is a central quantity.

• David BrewsterRelated: Maxwell later recast optical and electromagnetic questions in a mathematical framework beyond Brewster’s experimental optics.

• FaradRelated: Maxwell's electromagnetic theory helped establish the framework in which capacitance is defined.

• History of radioRelated: His theory predicted the waves that later made wireless communication possible.

• Lord KelvinCompared with: Maxwell’s field theory differed from Kelvin’s mechanical models of electromagnetic phenomena.

• PhysicistBroader topic: His work showed how theoretical unification can reveal connections among phenomena.

• Centimetre–gram–second system of unitsRelated: His electromagnetic theory influenced the development of CGS unit conventions.

• Classical statistical mechanicsRelated: His gas-velocity distribution helped establish a statistical account of molecular motion.

• Edward Norton LorenzRelated: Maxwell discussed how small causes can produce large effects, a precursor to the butterfly-effect idea.

• Gabriel LippmannRelated: Maxwell’s 1861 demonstration offered a different route to photographic color before Lippmann’s method.

• Hendrik Wade BodeNarrower topic: Maxwell’s analysis of governors helped establish the mathematical study of feedback and stability that Bode advanced.

• Poynting's theoremRelated: His field equations provide the basis from which the energy balance is derived.

• Displacement current densityRelated: Maxwell introduced the displacement-current term to complete the magnetic-field equation.

• Heaviside–Lorentz unitsRelated: The unit conventions reorganize the equations developed from his electromagnetic theory.

• History of electromagnetic theoryRelated: His synthesis unified earlier electrical and magnetic laws and predicted electromagnetic waves.

• History of geomagnetismRelated: Maxwell’s framework supplied the broader physics used to interpret magnetic measurements.

• John William StruttRelated: Strutt succeeded Maxwell as Cavendish Professor and continued a tradition of mathematical physics.

• K. Ferdinand BraunNarrower topic: Maxwell’s theory explains the waves that Braun’s transmitters helped put to practical use.

• Lorenz gauge conditionRelated: The gauge condition simplifies the potential formulation of Maxwell’s field equations.

• Moving magnet and conductor problemRelated: Maxwellian electrodynamics supplies the field framework behind the puzzle's classical explanations.

• Sergey Prokudin-GorskyRelated: Maxwell's demonstration supplied an early scientific precedent for Prokudin-Gorsky's color method.

• Sir George StokesRelated: Maxwell corresponded with Stokes and drew on the mathematical physics of their era.

• Thermodynamic equationsRelated: His equations and thermodynamic diagrams helped formalize relations among state properties.

• Trichromatic printingRelated: His 1861 color demonstration used three filtered images to produce a color composite.