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The 51 pages that link to Cosmic inflation, each with the reason it gives.

• Cosmic microwave backgroundRelated: Background fluctuations test predictions about primordial perturbations generated during inflation.

• Dark energyCompared with: Inflation is an earlier expansion episode with a distinct physical role and epoch.

• Quantum gravityRelated: Quantum fluctuations during inflation provide possible traces of physics at extreme gravitational scales.

• Speed of lightCompared with: Distant regions can recede faster than light through expanding space without locally outrunning light.

• Gravitational waveRelated: Inflation could have generated primordial waves, but their amplitude and origin remain unconfirmed.

• Big BangRelated: Inflation offers an account of the large-scale uniformity and near-flatness seen after the Big Bang.

• Lambda-CDM modelRelated: Inflation offers an origin for the initial fluctuations that later structure growth amplifies.

• CosmologyBroader topic: Inflation offers an account of the universe's large-scale uniformity and primordial fluctuations.

• Observable universeRelated: Inflation allows the universe beyond the observable region to be vastly larger than the visible part.

• Hubble's lawCompared with: It is an early expansion episode, distinct from the present-day relation’s measured rate.

• Large-scale structure of the universeRelated: Inflation supplied the primordial fluctuations that later grew into structure.

• Magnetic monopoleRelated: Inflation can dilute primordial monopoles enough to address their predicted overabundance.

• Hierarchical structure formationRelated: Inflation can generate the primordial fluctuations that structure later amplifies.

• CosmogonyRelated: Inflation extends the Big Bang account into an earlier, still-debated phase.

• Planck satelliteRelated: Planck’s polarization and temperature results constrained inflationary models without detecting primordial gravitational waves.

• Cosmological argumentRelated: Inflation informs debates about the universe’s past, but does not by itself establish a first cause.

• MultiverseNarrower topic: Eternal versions of inflation provide one route to a multiverse.

• Primordial black holeNarrower topic: Inflationary fluctuations can seed the overdensities needed for primordial black-hole formation.

• Planck scaleRelated: Some inflationary models connect primordial fluctuations to physics at energies near the Planck scale.

• Primordial gravitational wavesRelated: Inflation can amplify quantum tensor fluctuations into a background of primordial gravitational waves.

• Age of the universeRelated: Its timing and physical origin concern how far back a complete cosmic history can reach.

• Cosmic microwave background anisotropyRelated: Anisotropy statistics test inflationary predictions for primordial density fluctuations.

• Particle horizonRelated: Inflation can place today’s observable region within one earlier causally connected region.

• Planck epochRelated: Inflation is usually placed after the Planck epoch, though its onset remains uncertain.

• Wilkinson Microwave Anisotropy ProbeRelated: WMAP’s measurements of large-scale fluctuations tested predictions of inflation.

• Horizon problemRelated: Inflation can stretch a once-connected region across the observed cosmic microwave background.

• Electroweak epochRelated: It is a proposed earlier episode in cosmic history, preceding the electroweak epoch.

• Flatness problemRelated: Inflation drives the observable universe toward spatial flatness by diluting curvature.

• Loop quantum cosmologyRelated: Inflationary perturbations can carry possible observational signatures of pre-bounce or quantum-gravity dynamics.

• Big BounceCompared with: Inflation explains observed large-scale uniformity and structure through a different early-universe history.

• Cyclic modelRelated: Many cyclic scenarios must reproduce inflation's account of the universe's large-scale uniformity.

• Outer spaceBroader topic: Inflation may explain the universe's large-scale uniformity and the seeds of its structure.

• De Sitter universeBroader topic: Its nearly exponential expansion is commonly modeled using quasi-De Sitter spacetime.

• George SmootRelated: Inflation offers an account of how primordial fluctuations could become the anisotropies measured by COBE.

• Theory of everythingRelated: Its underlying physics is unknown and may provide evidence about fundamental fields and high-energy theories.

• Universe (cosmology)Related: Inflation offers an explanation for the universe’s large-scale uniformity and the seeds of cosmic structure.

• Cosmic Background ExplorerRelated: COBE’s anisotropy map supplied observations used to test inflationary predictions.

• John C. MatherRelated: COBE’s measured primordial temperature variations became constraints on models of inflation.

• Physical cosmologyBroader topic: Inflation offers an account of the universe’s large-scale uniformity and initial density fluctuations.

• Structure formationNarrower topic: It explains how primordial fluctuations that seed structure could originate.

• Chronology of the universeBroader topic: It may explain the large-scale uniformity and initial density variations that shaped later events.

• Photon epochRelated: Inflation precedes the hot cosmic history from which the photon epoch emerged.

• Primordial fluctuationsRelated: Inflation can stretch quantum fluctuations to cosmic scales and leave them as primordial seeds.

• Arno Allan PenziasRelated: Measurements of the background later became a major test of inflationary models.

• Grand unification epochRelated: Inflation after grand unification could dilute any monopoles produced during symmetry breaking.

• Hubble volumeBroader topic: It drove the Hubble radius to shrink in comoving coordinates, changing which regions could communicate.

• Jim PeeblesRelated: Inflation provides an origin for the primordial fluctuations Peebles studied evolving.

• List of unsolved problems in physicsRelated: Its mechanism and distinctive observational signatures remain under investigation.

• Micro black holeRelated: Inflationary density fluctuations could seed primordial black holes, including very small ones.

• Quantum vacuum stateRelated: Quantum vacuum fluctuations during inflation seed the density variations observed in the cosmic microwave background.