Linked from

The 20 pages that link to Grand Unified Theory, each with the reason it gives.

• Electroweak interactionNarrower topic: It extends unification beyond the electromagnetic and weak forces to include the strong interaction.

• Particle physicsCompared with: It aims to unify interactions that the Standard Model treats separately.

• BaryogenesisRelated: Some grand unified models predict heavy-particle processes that can generate baryon asymmetry.

• Magnetic monopoleRelated: Many such theories predict monopoles formed in the early universe.

• Baryon numberRelated: Many grand unified theories predict baryon-number-violating processes such as proton decay.

• Proton decayNarrower topic: Many such theories predict interactions capable of mediating proton decay.

• Lepton numberRelated: Many unified models allow processes that violate lepton number.

• Electroweak theoryCompared with: It seeks a broader unification than electroweak theory achieves.

• Hierarchy problemRelated: A unification scale can make the Higgs mass’s sensitivity to high energies especially acute.

• Fundamental interactionRelated: It tests whether the three Standard Model interactions share a deeper origin.

• David GrossRelated: Gross later helped develop theories seeking to unify the fundamental interactions.

• Theory of everythingBroader topic: It unifies three forces but does not include gravity, so it falls short of a complete theory.

• Weak hyperchargeRelated: Some unified groups place weak hypercharge within a larger symmetry and constrain its normalization.

• B − LRelated: Many grand unified models place B − L within a larger gauge structure.

• Coleman–Mandula theoremRelated: The theorem distinguishes internal gauge unification from forbidden mixing with spacetime symmetry.

• Grand unification epochNarrower topic: It supplies the symmetry that would unite the strong and electroweak forces during this epoch.

• Hypothetical particle physics modelsBroader topic: It proposes a larger symmetry and often predicts particles absent from current observations.

• Mathematical formulation of the Standard ModelNarrower topic: It seeks to unify the Standard Model’s separate gauge factors at high energies.

• Physics beyond the Standard ModelRelated: Unification models extend the Standard Model's gauge structure and often predict new particles.

• Symmetry-based models (mathematical physics)Related: It asks whether observed gauge symmetries are parts of a more unified structure.