false vacuum inflation

E84393

False vacuum inflation is a cosmological theory proposing that the early universe underwent an extremely rapid exponential expansion driven by a metastable high-energy vacuum state.

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Statements (47)

Predicate Object
instanceOf cosmological theory
early universe model
inflationary cosmology model
aimsToExplain flatness problem
horizon problem
large-scale homogeneity of the universe
monopole problem
origin of primordial density perturbations
basedOn general relativity
quantum field theory
drivenBy potential energy of a scalar field trapped in a false vacuum
endsBy quantum tunneling from false vacuum to true vacuum
energyScale near grand unification scale (order of magnitude)
facesProblem inhomogeneous reheating due to bubble collisions in original model
hasProperty accelerated cosmic expansion
approximately constant Hubble parameter during inflation
bubble nucleation
driven by vacuum energy density
exponential expansion of space
first-order phase transition
graceful exit problem in original form
metastable high-energy vacuum phase
negative pressure equation of state
occurs in the very early universe
quasi–de Sitter expansion
influenced development of modern inflationary models
occursBefore radiation-dominated era
reheating phase
predicts nearly scale-invariant spectrum of primordial fluctuations
spatial flatness of the observable universe
super-horizon correlations in the cosmic microwave background
suppression of topological relics such as monopoles
proposedBy Alan Guth
relatedTo chaotic inflation
eternal inflation
multiverse hypothesis
new inflation
old inflation
studiedIn astroparticle physics
cosmology
high-energy physics
timePeriod around 10^-36 to 10^-32 seconds after the Big Bang (order of magnitude)
usesConcept false vacuum
inflaton field
metastable vacuum state
scalar field
vacuum energy

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Alan Guth notableIdea false vacuum inflation