General relativity
ScienceWISE definitions
Incoming relations
- Unimodular gravity is a generalization of General relativity
- Extended Gravity is a generalization of General relativity
- Higher-dimensional Einstein gravity is a generalization of General relativity
- Numerical relativity is a method in General relativity
- Einstein-Hilbert action is a model of General relativity
- Advance of Mercury Perihelion is explained by General relativity
- Gravitational focusing is explained by General relativity
- Twin Paradox is explained by General relativity
- Gravitational wave is explained by General relativity
- Mass-energy equivalence is important in General relativity
- Plebanski formulation of General Relativity is important in General relativity
- Riemannian manifold is important in General relativity
- Metric tensor is important in General relativity
- Einstein-Grossmann theory is important in General relativity
- Einstein equivalence principle is important in General relativity
- Differential geometry is used in General relativity
Outgoing relations
- General relativity is a model of Topology of the universe
- General relativity is a part of Theories of gravity
- General relativity is important in General relativistic N-body simulation
- General relativity is observed in Test of general relativity
- General relativity is used in Relativistic cosmology
Concepts
- AdS black hole
- Affine vector field
- Alcubierre metric
- Analogue black hole
- Analogue Gravity
- Apparent horizon
- Arnowitt-Deser-Misner
- Arnowitt-Deser-Misner formalism
- Asymptotically AdS space
- Bekenstein-Hawking entropy
- Black brane
- Black hole
- Black hole complementarity
- Black hole horizon
- Black hole mass
- Black hole thermodynamics
- Boyer-Lindquist coordinates
- Breitenlohner-Freedman stability bound
- BSSN formalism
- BTZ black hole
- Canonical quantum gravity
- Carter constant
- Cauchy horizon
- CENBOL
- Charged black hole
- Conformal vector field
- Coordinate acceleration
- Cosmic censorship hypothesis
- Curvature
- Curvature collineation
- Curvature tensor
- Deflection angle
- Dilaton black hole
- Eddington-Finkelstein coordinates
- Einstein field equations
- Einstein frame
- Einstein-Hilbert action
- Einstein radius
- Einstein ring
- Ellis wormhole
- Entanglement entropy
- Ephemeris time
- Ergosphere
- Event horizon
- Exact solutions in general relativity
- Expansion of a geodesic null congruence
- Extremal black hole
- Fermi-Walker transport
- Frame fields in general relativity
- Geodesic
- GHP formalism
- Globally hyperbolic manifold
- Gravitational binding energy
- Gravitational collapse
- Gravitational force
- Gravitational red shift
- Gravitational singularity
- Graviton
- Gullstrand-Painlevé coordinates
- History of General Relativity
- Homothetic vector field
- Inspiral
- Intermediate-mass black hole
- Isolated singularity
- Israel junction conditions
- Jordan frame
- Kaluza-Klein black hole
- Kerr black hole
- Kerr metric
- Kerr-Newman metric
- Kugelblitz
- Lemaitre-Tolman-Bondi metric
- Lens equation
- Lense-Thirring effect
- Linearized gravity
- Locally non-rotating frame
- Locally non-rotating frame
- Local position invariance
- Local spacetime structure
- Mach's principle
- Magnetospheric eternally collapsing object
- Mass-sheet degeneracy
- Matter collineation
- Membrane paradigm
- Micro black hole
- MTZ black hole
- Naked singularity
- Near-extremal black hole
- No-hair theorem
- Non-exact solutions in general relativity
- Null geodesic
- Numerical relativity
- Oppenheimer-Snyder model
- Optical black hole
- Optical scalars
- Penrose diagram
- Penrose-Hawking singularity theorems
- Penrose process
- Photon sphere
- Photon surface
Categorization
Theories of gravitySynonyms
- General theory of relativity
- Einstein gravity
- GR
