Bardeen black hole model

E37416

The Bardeen black hole model is a theoretical proposal of a regular (non-singular) black hole solution in general relativity that avoids the central singularity by coupling gravity to nonlinear electrodynamics.

Aliases (1)

Statements (47)
Predicate Object
instanceOf non-singular black hole model
regular black hole solution
theoretical model in general relativity
avoids central singularity
basedOnTheory general relativity
belongsTo regular black hole family
contrastsWith Schwarzschild black hole singularity at r = 0
couplesGravityTo nonlinear electrodynamics
fieldEquationsSource nonlinear electromagnetic field
framework classical general relativity with modified matter sector
hasCoreBehavior de Sitter-like core at small radius
hasCurvatureInvariants finite everywhere
hasHorizonStructure can have an extremal horizon
can have no horizon depending on parameters
can have two horizons
hasLimitingCase de Sitter spacetime at the center
hasLineElementForm Schwarzschild-like with modified mass function
hasParameter magnetic charge parameter
mass parameter
hasProperty asymptotically Schwarzschild
asymptotically flat
no curvature singularity
regular at r = 0
spherically symmetric
static
inspired subsequent regular black hole models
interpretedAs magnetic monopole solution in nonlinear electrodynamics
introducedAs first regular black hole solution
massFunctionBehavior effective mass goes to zero at r = 0
metricDependsOn radial coordinate only
metricType spherically symmetric metric
proposedBy James M. Bardeen
proposedInYear 1968
reducesTo Schwarzschild black hole for vanishing charge
relatedTo Ayón-Beato–García regular black hole solutions
Hayward black hole model
satisfies Einstein field equations with nonlinear electrodynamics source
weak energy condition in certain parameter ranges
studiedInContextOf astrophysical black hole mimickers
cosmic censorship conjecture
information loss paradox
usedAs toy model for singularity resolution
usedIn analyses of black hole thermodynamics
studies of black hole shadows
studies of gravitational lensing
studies of quantum gravity effects
studies of singularity avoidance

Referenced by (2)
Subject (surface form when different) Predicate
Bardeen ("Bardeen black hole")
hasNotableScientificAssociation
James M. Bardeen
notableWork

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