Schwarzschild spacetime

GPTKB entity

Statements (50)
Predicate Object
gptkbp:instanceOf solution in general relativity
gptkbp:appliesTo non-rotating, uncharged, spherically symmetric masses
gptkbp:describes gravitational field outside a spherical mass
gptkbp:discoveredBy gptkb:Karl_Schwarzschild
gptkbp:discoveredIn 1916
gptkbp:eventHorizonRadius gptkb:Schwarzschild_radius
gptkbp:generalizes gptkb:Kerr–Newman_spacetime
gptkb:Kerr_spacetime
gptkb:Reissner–Nordström_spacetime
gptkbp:hasCoordinateSingularityAt gptkb:Schwarzschild_radius
gptkbp:hasEventHorizon true
gptkbp:hasKillingVectorFields true
gptkbp:hasNoCharge true
gptkbp:hasNoRotation true
gptkbp:hasSingularityAt r=0
https://www.w3.org/2000/01/rdf-schema#label Schwarzschild spacetime
gptkbp:isAsymptoticallyFlat true
gptkbp:isExactSolution true
gptkbp:isLorentzianManifold true
gptkbp:isSolutionTo gptkb:Einstein_field_equations
gptkbp:isSphericallySymmetric true
gptkbp:isTimeIndependent true
gptkbp:isVacuumSolution true
gptkbp:measures Schwarzschild metric
gptkbp:staticMethod true
gptkbp:usedFor calculating gravitational time dilation
calculating light deflection
calculating perihelion precession
studying Eddington–Finkelstein coordinates
studying Hawking radiation
studying Kruskal–Szekeres coordinates
studying Penrose diagrams
studying black hole thermodynamics
studying escape velocity
studying event horizons
studying geodesics
studying gravitational collapse
studying gravitational redshift
studying gravitational waves
studying orbits around black holes
studying photon spheres
studying singularities
studying tidal forces
studying time dilation near massive objects
gptkbp:usedIn astrophysics
black hole physics
gravitational lensing
tests of general relativity
gptkbp:bfsParent gptkb:Penrose_diagram
gptkbp:bfsLayer 5