Linked from

The 13 pages that link to Electromagnetic interaction, each with the reason it gives.

• Electric chargeNarrower topic: Electric charge is the property through which this broader interaction acts.

• Weak interactionCompared with: Unlike electromagnetism, the weak interaction can change particle flavor and is short-ranged.

• Strong interactionCompared with: Unlike electromagnetism, the strong interaction acts on color charge and confines its carriers.

• Color chargeCompared with: Its Abelian gauge structure contrasts with QCD’s self-interacting color field.

• LeptonRelated: Only charged leptons couple directly to photons; neutrinos have no electric charge.

• AtomRelated: Its attraction between electrons and nuclei binds atoms together.

• IsospinCompared with: Electromagnetic effects distinguish proton and neutron and break their isospin symmetry.

• Strong nuclear forceCompared with: Its proton-proton repulsion competes with the short-range nuclear attraction.

• Gamma decayRelated: It couples the changing nuclear charge and current distributions to emitted radiation.

• Atomic physicsRelated: It binds electrons to nuclei and governs how atoms respond to light.

• StrangenessRelated: It also conserves strangeness, unlike the weak interaction.

• Fundamental interactionBroader topic: It governs electric and magnetic effects and has infinite range.

• Atomic systemRelated: It binds electrons to nuclei and governs most atomic structure.