Linked from

The 79 pages that link to Quantum electrodynamics, each with the reason it gives.

• James Clerk MaxwellRelated: It extends the classical electromagnetic framework Maxwell helped establish.

• Dirac equationRelated: Its electron field is described by the Dirac equation coupled to the electromagnetic field.

• Paul DiracRelated: Dirac’s work on radiation and relativistic electrons helped lay its foundations.

• Abdus SalamRelated: Salam’s early research engaged with this theory and its mathematical foundations.

• Gauge bosonRelated: Its photon-mediated interactions predict electromagnetic phenomena with exceptional precision.

• Quantum fieldRelated: Its development made quantum fields a working theory of measurable interactions.

• Sheldon GlashowRelated: Glashow sought to extend electromagnetic theory into a unified account of weak processes.

• Coulomb interactionRelated: It supplies the quantum description beyond the classical electrostatic interaction.

• Quantum fluctuationRelated: Its calculations established how field fluctuations affect atomic observables.

• Gauge fixingRelated: Photon propagators are commonly calculated after choosing a gauge.

• Luminiferous aetherRelated: It describes light through fields and quantum interactions, not mechanical waves in a material aether.

• NaturalnessRelated: Its renormalization history shaped debates over whether parameter sensitivity signals a problem.

• Theodor W. HänschRelated: Hydrogen measurements provide stringent tests of its predictions.

• Force carrierRelated: It models electromagnetic interactions through photon exchange.

• Heaviside–Lorentz unitsRelated: Its calculations commonly use rationalized Heaviside–Lorentz conventions.

• History of electromagnetic theoryRelated: It extended classical electromagnetism to account for quantum phenomena.

• Schwinger's quantum action principleRelated: Schwinger applied his formulation to derive relations in this theory.