Linked from

The 34 pages that link to Higgs boson, each with the reason it gives.

• Standard ModelBroader topic: Its discovery confirmed a distinctive prediction of the model’s electroweak symmetry breaking.

• Higgs mechanismBroader topic: It is the observable excitation of the field underlying the mechanism.

• Large Hadron ColliderBroader topic: LHC data from ATLAS and CMS established the Higgs boson’s existence.

• Spontaneous symmetry breakingBroader topic: Its discovery confirmed a central particle-physics application of the symmetry-breaking framework.

• GluonCompared with: It is a scalar particle, not a gauge boson that carries a force.

• CERNRelated: ATLAS and CMS found evidence for it in Large Hadron Collider data at CERN.

• SupersymmetryRelated: Supersymmetric models connect the Higgs mass to additional particles and interactions.

• BaryogenesisRelated: Its properties constrain whether the electroweak transition could have supported electroweak baryogenesis.

• BosonBroader topic: It is the only confirmed elementary scalar boson in the Standard Model.

• Higgs fieldBroader topic: It is the field’s measurable quantum excitation.

• Elementary particleBroader topic: Its 2012 discovery confirmed a key prediction of the Standard Model.

• ATLAS experimentBroader topic: ATLAS co-announced its discovery using proton-collision data collected with CMS.

• Invariant massBroader topic: Its discovery relied on reconstructing invariant-mass peaks in its decay products.

• NatureRelated: Nature published key reports from the experiments that established evidence for the particle.

• Peter HiggsRelated: The mechanism predicts this particle, whose discovery provided an experimental test of the theory.

• Top quarkCompared with: Its mass and stability are closely tied to quantum effects involving the top quark.

• Yukawa interactionBroader topic: Its interactions with fermions measure their Yukawa couplings.

• CMS experimentRelated: CMS was one of the two experiments that discovered the Higgs boson in 2012.

• Electroweak symmetry breakingRelated: It is the observable quantum excitation of the field responsible for breaking.

• Jet (particle physics)Related: Many Higgs decays produce quarks that appear as jets.

• François EnglertBroader topic: Its discovery provided the experimental evidence behind Englert’s Nobel-recognized work.

• Electroweak theoryBroader topic: Its discovery confirmed the particle associated with electroweak symmetry breaking.

• Hierarchy problemRelated: Its mass parameter receives the quantum corrections at the heart of the hierarchy problem.

• FermilabRelated: Fermilab's Tevatron data constrained its properties before the LHC discovered it.

• NaturalnessRelated: Its mass is central to the hierarchy problem’s naturalness argument.

• Robert BroutRelated: Its discovery confirmed a key prediction of the field underlying the mass-generation mechanism.

• TevatronRelated: Tevatron searches narrowed the Higgs boson’s possible mass range before its discovery at the LHC.

• Minimal Supersymmetric Standard ModelRelated: The MSSM predicts a lightest neutral Higgs whose mass is constrained by radiative corrections.

• Landau–Yang theoremRelated: Its observed decay to two photons illustrates a channel forbidden to spin one.

• Leon M. LedermanRelated: Lederman’s book helped make the long search for this particle familiar to the public.

• Subatomic particleBroader topic: Its field gives mass to elementary particles through electroweak symmetry breaking.

• History of subatomic physicsRelated: Its detection confirmed a key component of the Standard Model's account of particle masses.

• List of particlesBroader topic: It is the Standard Model’s scalar boson and a distinct catalog entry.

• Mathematical formulation of the Standard ModelBroader topic: Its discovery in 2012 confirmed a central consequence of the electroweak sector.