Linked from

The 16 pages that link to Higgs field, each with the reason it gives.

• Electroweak interactionRelated: Its nonzero vacuum value enables the electroweak symmetry-breaking mechanism.

• Higgs mechanismRelated: Its nonzero vacuum value is the background that makes the mechanism operate.

• Higgs bosonNarrower topic: The boson is an excitation of this field, not the source of mass by itself.

• Particle physicsRelated: Its interaction with particles accounts for their masses in the Standard Model.

• Peter HiggsRelated: The proposed mechanism gives particles mass through their interactions with this field.

• Quantum fieldBroader topic: Its nonzero vacuum value shapes particle masses in the Standard Model.

• Top quarkRelated: The top quark's exceptionally strong coupling to this field makes it a key probe of mass generation.

• Klein–Gordon equationRelated: The free field’s dynamics are Klein–Gordon-like, with additional interactions and a symmetry-breaking potential.

• Electroweak symmetry breakingRelated: Its nonzero vacuum value drives the symmetry breaking.

• Electroweak baryogenesisRelated: Its changing value across a bubble wall controls particle masses and electroweak symmetry breaking.

• François EnglertBroader topic: Its nonzero value is the field-theoretic basis of the mechanism Englert helped propose.

• Electroweak theoryRelated: Its vacuum value is the symmetry-breaking ingredient in the theory.

• Robert BroutRelated: Its vacuum value is the field-theoretic ingredient in the mass-generation mechanism.

• Electroweak epochRelated: Its changing state drove electroweak symmetry breaking.

• Scalar field theoryBroader topic: It is the experimentally established scalar field of the Standard Model.

• Weak hyperchargeRelated: Its weak-hypercharge assignment permits the symmetry-breaking vacuum while preserving electromagnetism.