Linked from

The 87 pages that link to Electric charge, each with the reason it gives.

• ElectronRelated: An electron carries the smallest free negative charge observed.

• ProtonRelated: The proton’s positive charge governs its interactions with electrons and electric fields.

• Michael FaradayRelated: Faraday’s electrochemical laws connected charge quantitatively to chemical change.

• Noether's theoremRelated: Global phase symmetry of a complex field gives a conserved charge of this kind.

• Faraday's law of inductionRelated: Induced electric fields exert forces on charges, driving current in a conductor.

• Electromagnetic fieldRelated: Charge is the source of electric fields in Maxwell's equations.

• IonizationRelated: Electron gain or loss changes an atom's net charge while conserving total charge.

• W and Z bosonsRelated: W bosons carry electric charge; Z bosons carry none.

• Charge conjugationRelated: It is the familiar additive charge that changes sign under charge conjugation.

• AntiparticleRelated: Electric charge reverses sign between charged particles and their antiparticles.

• VoltRelated: The coulomb in the volt's joule-per-coulomb definition measures charge.

• RC circuitRelated: A capacitor’s changing stored charge drives the circuit’s transient current.

• Bottom quarkRelated: The bottom quark’s charge is −⅓ in units of the proton’s charge.

• Particle identificationRelated: Charge sign and magnitude constrain which particle identities fit a track.

• Up quarkRelated: The up quark’s charge is +⅔ of the elementary charge.

• Weak isospinRelated: Electric charge follows from the third weak-isospin component and weak hypercharge.

• Down quarkRelated: Its fractional charge helps distinguish the down quark from the up quark.

• Kerr–Newman metricRelated: The charge parameter determines the electromagnetic field and alters the geometry.

• Weak hyperchargeRelated: Its values follow from weak isospin and weak hypercharge in the electroweak theory.

• No-hair theoremRelated: Charge appears in the general solution, though astrophysical black holes are expected to be nearly neutral.

• Ion beamRelated: An ion's charge enables fields to accelerate and steer it.

• Electromagnetic field calculationsRelated: Charge density is a source term for electric fields.