KnowraStandard ModelLinked fromLinked fromThe 90 pages that link to Standard Model, each with the reason it gives.All 90Broader topic 7Related 14Narrower topic 65Compared with 4Neutral kaonRelated: Its quark mixing framework predicts CP-violating effects in kaon processes.Weak isospinNarrower topic: Its electroweak sector assigns weak isospin to fermions and gauge fields.Yoichiro NambuNarrower topic: Spontaneous symmetry breaking and quark color are foundational features of the model.Melvin SchwartzNarrower topic: The confirmed muon neutrino became one of the model's three neutrino flavors.Minimal Supersymmetric Standard ModelNarrower topic: The MSSM retains its gauge interactions and known matter fields.Arthur B. McDonaldRelated: Neutrino mass revealed a limitation of its original formulation.Gerard ’t HooftNarrower topic: The consistency of its gauge-theory structure rests on work ’t Hooft helped establish.Jack SteinbergerNarrower topic: The muon neutrino became a distinct particle in the framework’s account of matter and weak interactions.Makoto KobayashiNarrower topic: The quark mixing framework is part of the Standard Model's description of weak interactions.Takaaki KajitaNarrower topic: Neutrino mass requires physics beyond the Standard Model’s original massless-neutrino formulation.Tau neutrinoNarrower topic: It places the tau neutrino among the leptons and specifies its weak interactions.Theory of everythingRelated: It already unifies electromagnetic and weak interactions and describes the other known particles.Weak hyperchargeNarrower topic: Its particle representations and interactions are organized using weak-hypercharge assignments.Carlo RubbiaNarrower topic: The discovered bosons became essential evidence for this broader framework.Modern physicsBroader topic: It applies modern theoretical tools to the known subatomic particles and forces.Samuel C. C. TingNarrower topic: Evidence for charm helped establish the particle content now incorporated in the Standard Model.Richard E. TaylorNarrower topic: The quark evidence became part of the experimental foundation for this broader framework.Subatomic particleNarrower topic: It organizes elementary particles into matter constituents, force carriers, and the Higgs boson.B − LNarrower topic: Its field content and symmetries determine how B − L behaves in established physics.Classical unified field theoriesNarrower topic: It shows the particle-physics framework that classical unified theories did not provide.Coleman–Mandula theoremRelated: Its internal gauge symmetries coexist with Poincaré spacetime symmetry in the theorem's permitted pattern.Field and string theory models and techniquesBroader topic: It is the best-tested application of gauge quantum field theory.Force carrierNarrower topic: It identifies the force carriers and matter particles recognized in particle physics.Grand unification epochCompared with: It successfully unifies electroweak interactions but does not unify them with the strong force.Henry Way KendallNarrower topic: Kendall’s result helped establish quarks as constituents within this framework.History of subatomic physicsNarrower topic: It is the modern synthesis of subatomic discoveries, not the end of the field's history.Hugh David PolitzerNarrower topic: QCD became its accepted account of the strong interaction.Hypothetical particleRelated: A proposed particle may fill a gap in, or extend, this established framework.Hypothetical particle physics modelsNarrower topic: It provides the baseline that proposed new particles and interactions must extend.Interactions and forcesRelated: It unifies three fundamental interactions but leaves gravity outside its framework.Jerome Isaac FriedmanNarrower topic: Evidence for quarks helped establish the particle framework incorporated into the Standard Model.List of particlesNarrower topic: It supplies the framework used to classify the catalog’s elementary particles.List of unsolved problems in physicsNarrower topic: Its successes make its unexplained parameters and omissions especially striking.Martin Lewis PerlNarrower topic: The tau became the third charged-lepton generation incorporated into this framework.Martinus J. G. VeltmanNarrower topic: The electroweak calculations Veltman enabled became part of this broader framework.Masahiro SakuraiNarrower topic: His research belongs to the theoretical development that preceded and informed this framework.Physics beyond the Standard ModelCompared with: It supplies the successful baseline that proposed new physics must extend or challenge.Symmetry-based models (mathematical physics)Broader topic: Its particle content and interactions are organized by gauge symmetries.Val Logsdon FitchNarrower topic: Its quark-mixing mechanism incorporates CP violation in weak interactions.Yang Chen-NingNarrower topic: Its description of strong and weak forces uses non-Abelian gauge theory.Previous2 of 2
KnowraStandard ModelLinked fromLinked fromThe 90 pages that link to Standard Model, each with the reason it gives.All 90Broader topic 7Related 14Narrower topic 65Compared with 4Neutral kaonRelated: Its quark mixing framework predicts CP-violating effects in kaon processes.Weak isospinNarrower topic: Its electroweak sector assigns weak isospin to fermions and gauge fields.Yoichiro NambuNarrower topic: Spontaneous symmetry breaking and quark color are foundational features of the model.Melvin SchwartzNarrower topic: The confirmed muon neutrino became one of the model's three neutrino flavors.Minimal Supersymmetric Standard ModelNarrower topic: The MSSM retains its gauge interactions and known matter fields.Arthur B. McDonaldRelated: Neutrino mass revealed a limitation of its original formulation.Gerard ’t HooftNarrower topic: The consistency of its gauge-theory structure rests on work ’t Hooft helped establish.Jack SteinbergerNarrower topic: The muon neutrino became a distinct particle in the framework’s account of matter and weak interactions.Makoto KobayashiNarrower topic: The quark mixing framework is part of the Standard Model's description of weak interactions.Takaaki KajitaNarrower topic: Neutrino mass requires physics beyond the Standard Model’s original massless-neutrino formulation.Tau neutrinoNarrower topic: It places the tau neutrino among the leptons and specifies its weak interactions.Theory of everythingRelated: It already unifies electromagnetic and weak interactions and describes the other known particles.Weak hyperchargeNarrower topic: Its particle representations and interactions are organized using weak-hypercharge assignments.Carlo RubbiaNarrower topic: The discovered bosons became essential evidence for this broader framework.Modern physicsBroader topic: It applies modern theoretical tools to the known subatomic particles and forces.Samuel C. C. TingNarrower topic: Evidence for charm helped establish the particle content now incorporated in the Standard Model.Richard E. TaylorNarrower topic: The quark evidence became part of the experimental foundation for this broader framework.Subatomic particleNarrower topic: It organizes elementary particles into matter constituents, force carriers, and the Higgs boson.B − LNarrower topic: Its field content and symmetries determine how B − L behaves in established physics.Classical unified field theoriesNarrower topic: It shows the particle-physics framework that classical unified theories did not provide.Coleman–Mandula theoremRelated: Its internal gauge symmetries coexist with Poincaré spacetime symmetry in the theorem's permitted pattern.Field and string theory models and techniquesBroader topic: It is the best-tested application of gauge quantum field theory.Force carrierNarrower topic: It identifies the force carriers and matter particles recognized in particle physics.Grand unification epochCompared with: It successfully unifies electroweak interactions but does not unify them with the strong force.Henry Way KendallNarrower topic: Kendall’s result helped establish quarks as constituents within this framework.History of subatomic physicsNarrower topic: It is the modern synthesis of subatomic discoveries, not the end of the field's history.Hugh David PolitzerNarrower topic: QCD became its accepted account of the strong interaction.Hypothetical particleRelated: A proposed particle may fill a gap in, or extend, this established framework.Hypothetical particle physics modelsNarrower topic: It provides the baseline that proposed new particles and interactions must extend.Interactions and forcesRelated: It unifies three fundamental interactions but leaves gravity outside its framework.Jerome Isaac FriedmanNarrower topic: Evidence for quarks helped establish the particle framework incorporated into the Standard Model.List of particlesNarrower topic: It supplies the framework used to classify the catalog’s elementary particles.List of unsolved problems in physicsNarrower topic: Its successes make its unexplained parameters and omissions especially striking.Martin Lewis PerlNarrower topic: The tau became the third charged-lepton generation incorporated into this framework.Martinus J. G. VeltmanNarrower topic: The electroweak calculations Veltman enabled became part of this broader framework.Masahiro SakuraiNarrower topic: His research belongs to the theoretical development that preceded and informed this framework.Physics beyond the Standard ModelCompared with: It supplies the successful baseline that proposed new physics must extend or challenge.Symmetry-based models (mathematical physics)Broader topic: Its particle content and interactions are organized by gauge symmetries.Val Logsdon FitchNarrower topic: Its quark-mixing mechanism incorporates CP violation in weak interactions.Yang Chen-NingNarrower topic: Its description of strong and weak forces uses non-Abelian gauge theory.Previous2 of 2