Category:General relativity

B

• ► Black holes‎ (2 C, 99 P)

E

• ► Effects of gravitation‎ (1 C, 28 P)
• ► Exact solutions in general relativity‎ (41 P)

F

• ► Faster-than-light travel‎ (5 C, 6 P)

F cont.

• ► Frames of reference‎ (14 P)

G

• ► Gravitational lensing‎ (2 C, 37 P)
• ► Gravitational wave telescopes‎ (17 P)

L

• ► Lorentzian manifolds‎ (1 C, 35 P)

M

• ► Mathematical methods in general relativity‎ (3 C, 35 P)

R

• ► Relativists‎ (60 P)

T

• ► Tests of general relativity‎ (10 P)
• ► Theorems in general relativity‎ (5 P)

• General relativity
• History of general relativity
• Introduction to general relativity

A

• Absolute horizon
• Abstract differential geometry
• ADM energy
• Alternatives to general relativity
• Analog models of gravity
• Anti-gravity
• Asymptotic flatness
• Atomic Gravitational Wave Interferometric Sensor

B

• Barycentric Coordinate Time
• Barycentric Dynamical Time
• BKL singularity

C

• Causal structure
• Causality conditions
• CGHS model
• CLIO
• Conformal supergravity
• Cosmic censorship hypothesis
• Cosmological constant
• Cosmological perturbation theory

D

• De Sitter invariant special relativity

E

• Ehlers group
• Einstein field equations
• Einstein–de Sitter universe
• Einstein–Hilbert action
• Einstein–Infeld–Hoffmann equations
• Equivalence principle
• Event horizon

F

• Freund–Rubin compactification
• Friedmann equations

G

• General covariance
• General Relativity (book)
• Geodesic (general relativity)
• Geodetic effect
• Geometrized unit system

G cont.

• Geon (physics)
• Geroch energy
• Geroch group
• Geroch's splitting theorem
• Gibbons–Hawking effect
• Gibbons–Hawking–York boundary term
• Globally hyperbolic manifold
• Golden age of general relativity
• Gowdy solution
• Gravitation (book)
• Gravitational field
• Gravitational shielding
• Gravitational singularity
• Gravitational wave
• Gravitational wave astronomy
• Gravitomagnetic time delay
• Gravitomagnetism
• GRTensorII

H

• Hawking energy
• Hole argument
• Holst action
• Hoop Conjecture
• Horizon (general relativity)
• Hughes–Drever experiment

I

• Initial value formulation (general relativity)
• Introduction to mathematics of general relativity
• Invariant interval

K

• Komar mass
• Kugelblitz (astrophysics)

L

• Lense–Thirring precession
• Light front holography
• Linearized gravity

M

• MacDowell–Mansouri action
• Malament–Hogarth spacetime
• Manifest covariance
• Mass in general relativity
• Maxwell's equations in curved spacetime

M cont.

• Metric expansion of space
• Misner space

N

• Newtonian motivations for general relativity
• Non-exact solutions in general relativity
• Null surface
• Nuts and bolts (general relativity)

P

• Paczyński–Wiita potential
• Papapetrou–Dixon equations
• Parameterized post-Newtonian formalism
• Peeling theorem
• Penrose–Hawking singularity theorems
• Photon sphere
• Photon surface
• Physical theories modified by general relativity
• Post-Newtonian expansion
• Propagation of light in non-inertial reference frames
• Pugh–Schiff precession

R

• Raychaudhuri equation
• Retarded position
• Riemannian Penrose inequality
• Roman ring
• RST model

S

• Solutions of the Einstein field equations
• Solving the geodesic equations
• Spacetime topology
• Sticky bead argument
• String cosmology
• Superspace
• Surface gravity
• Synchronous frame
• Synge's world function

T

• Theoretical motivation for general relativity

V

• Vulcan (hypothetical planet)

W

• Warped geometry
• Weyl curvature hypothesis
• Weyl's postulate
• Wormhole