Linked from

The 16 pages that link to Baryon asymmetry, each with the reason it gives.

• Standard ModelRelated: The model’s known sources of CP violation are insufficient to explain the cosmic imbalance.

• CosmologyRelated: Known particle physics does not yet explain the cosmic matter excess.

• BaryogenesisBroader topic: It is the quantity baryogenesis must produce and explain.

• AntimatterRelated: It states the central cosmological puzzle: why ordinary matter dominates.

• Baryon numberBroader topic: A nonzero cosmic excess requires processes that can change net baryon number.

• Proton decayRelated: Baryon-number violation may help explain this cosmic imbalance, though proton decay alone does not.

• Matter–antimatter asymmetryBroader topic: This quantitative measure isolates the baryonic component of the broader matter–antimatter imbalance.

• Baryonic matterRelated: The surviving baryonic universe depends on this imbalance.

• LeptogenesisRelated: Leptogenesis aims to explain this matter–antimatter imbalance indirectly.

• Electroweak baryogenesisNarrower topic: This is the cosmological outcome electroweak baryogenesis seeks to explain.

• Sakharov conditionsRelated: This unexplained imbalance motivated Sakharov's conditions.

• Quark epochRelated: Its origin remains unresolved, and the quark epoch is among the proposed settings for generating it.

• Lepton epochRelated: It helps explain why annihilation left residual matter rather than eliminating all particles.

• B − LRelated: Its origin may depend on creating a nonzero B − L asymmetry.

• Hadron eraRelated: This imbalance allowed a small fraction of hadronic matter to survive annihilation.

• Val Logsdon FitchRelated: CP violation became one ingredient in theories explaining why the universe contains more matter.