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From Ikwipedia
v
t
e
Relativity
Special
relativity
Background
Principle of relativity
(
Galilean relativity
Galilean transformation
)
Special relativity
Doubly special relativity
Fundamental
concepts
Frame of reference
Speed of light
Hyperbolic orthogonality
Rapidity
Maxwell's equations
Proper length
Proper time
Proper acceleration
Relativistic mass
Formulation
Lorentz transformation
Textbooks
Phenomena
Time dilation
Mass–energy equivalence (E=mc
2
)
Length contraction
Relativity of simultaneity
Relativistic Doppler effect
Thomas precession
Ladder paradox
Twin paradox
Terrell rotation
Spacetime
Light cone
World line
Minkowski diagram
Biquaternions
Minkowski space
Background
Principle of relativity
(
Galilean relativity
Galilean transformation
)
Special relativity
Doubly special relativity
Fundamental
concepts
Frame of reference
Speed of light
Hyperbolic orthogonality
Rapidity
Maxwell's equations
Proper length
Proper time
Proper acceleration
Relativistic mass
Formulation
Lorentz transformation
Textbooks
Phenomena
Time dilation
Mass–energy equivalence (E=mc
2
)
Length contraction
Relativity of simultaneity
Relativistic Doppler effect
Thomas precession
Ladder paradox
Twin paradox
Terrell rotation
Spacetime
Light cone
World line
Minkowski diagram
Biquaternions
Minkowski space
General
relativity
Background
Introduction
Mathematical formulation
Fundamental
concepts
Equivalence principle
Riemannian geometry
Penrose diagram
Geodesics
Mach's principle
Formulation
ADM formalism
BSSN formalism
Einstein field equations
Linearized gravity
Post-Newtonian formalism
Raychaudhuri equation
Hamilton–Jacobi–Einstein equation
Ernst equation
Phenomena
Black hole
Event horizon
Singularity
Two-body problem
Gravitational waves
:
astronomy
detectors
(
LIGO
and
collaboration
Virgo
LISA Pathfinder
GEO
)
Hulse–Taylor binary
Other tests
:
precession
of Mercury
lensing
(together with
Einstein cross
and
Einstein rings
)
redshift
Shapiro delay
frame-dragging
/
geodetic effect
(
Lense–Thirring precession
)
pulsar timing arrays
Advanced
theories
Brans–Dicke theory
Kaluza–Klein
Quantum gravity
Solutions
Cosmological:
Friedmann–Lemaître–Robertson–Walker
(
Friedmann equations
)
Lemaître–Tolman
Kasner
BKL singularity
Gödel
Milne
Spherical:
Schwarzschild
(
interior
Tolman–Oppenheimer–Volkoff equation
)
Reissner–Nordström
Axisymmetric:
Kerr
(
Kerr–Newman
)
Weyl−Lewis−Papapetrou
Taub–NUT
van Stockum dust
discs
Others:
pp-wave
Ozsváth–Schücking
Alcubierre
Ellis
In computational physics:
Numerical relativity
Background
Introduction
Mathematical formulation
Fundamental
concepts
Equivalence principle
Riemannian geometry
Penrose diagram
Geodesics
Mach's principle
Formulation
ADM formalism
BSSN formalism
Einstein field equations
Linearized gravity
Post-Newtonian formalism
Raychaudhuri equation
Hamilton–Jacobi–Einstein equation
Ernst equation
Phenomena
Black hole
Event horizon
Singularity
Two-body problem
Gravitational waves
:
astronomy
detectors
(
LIGO
and
collaboration
Virgo
LISA Pathfinder
GEO
)
Hulse–Taylor binary
Other tests
:
precession
of Mercury
lensing
(together with
Einstein cross
and
Einstein rings
)
redshift
Shapiro delay
frame-dragging
/
geodetic effect
(
Lense–Thirring precession
)
pulsar timing arrays
Advanced
theories
Brans–Dicke theory
Kaluza–Klein
Quantum gravity
Solutions
Cosmological:
Friedmann–Lemaître–Robertson–Walker
(
Friedmann equations
)
Lemaître–Tolman
Kasner
BKL singularity
Gödel
Milne
Spherical:
Schwarzschild
(
interior
Tolman–Oppenheimer–Volkoff equation
)
Reissner–Nordström
Axisymmetric:
Kerr
(
Kerr–Newman
)
Weyl−Lewis−Papapetrou
Taub–NUT
van Stockum dust
discs
Others:
pp-wave
Ozsváth–Schücking
Alcubierre
Ellis
In computational physics:
Numerical relativity
Scientists
Poincaré
Lorentz
Einstein
Hilbert
Schwarzschild
de Sitter
Weyl
Eddington
Friedmann
Lemaître
Milne
Robertson
Chandrasekhar
Zwicky
Wheeler
Choquet-Bruhat
Kerr
Zel'dovich
Novikov
Ehlers
Geroch
Penrose
Hawking
Taylor
Hulse
Bondi
Misner
Yau
Thorne
Weiss
others
Category
Relativity
v
t
e
Special
relativity
Background
*
Principle of relativity
(
Galilean relativity
*
Galilean transformation
)
*
Special relativity
*
Doubly special relativity
Fundamental
concepts
*
Frame of reference
*
Speed of light
*
Hyperbolic orthogonality
*
Rapidity
*
Maxwell's equations
*
Proper length
*
Proper time
*
Proper acceleration
*
Relativistic mass
Formulation
*
Lorentz transformation
*
Textbooks
Phenomena
*
Time dilation
*
Mass–energy equivalence (E=mc
2
)
*
Length contraction
*
Relativity of simultaneity
*
Relativistic Doppler effect
*
Thomas precession
*
Ladder paradox
*
Twin paradox
*
Terrell rotation
Spacetime
*
Light cone
*
World line
*
Minkowski diagram
*
Biquaternions
*
Minkowski space
Background
*
Principle of relativity
(
Galilean relativity
*
Galilean transformation
)
*
Special relativity
*
Doubly special relativity
Fundamental
concepts
*
Frame of reference
*
Speed of light
*
Hyperbolic orthogonality
*
Rapidity
*
Maxwell's equations
*
Proper length
*
Proper time
*
Proper acceleration
*
Relativistic mass
Formulation
*
Lorentz transformation
*
Textbooks
Phenomena
*
Time dilation
*
Mass–energy equivalence (E=mc
2
)
*
Length contraction
*
Relativity of simultaneity
*
Relativistic Doppler effect
*
Thomas precession
*
Ladder paradox
*
Twin paradox
*
Terrell rotation
Spacetime
*
Light cone
*
World line
*
Minkowski diagram
*
Biquaternions
*
Minkowski space
General
relativity
Background
*
Introduction
*
Mathematical formulation
Fundamental
concepts
*
Equivalence principle
*
Riemannian geometry
*
Penrose diagram
*
Geodesics
*
Mach's principle
Formulation
*
ADM formalism
*
BSSN formalism
*
Einstein field equations
*
Linearized gravity
*
Post-Newtonian formalism
*
Raychaudhuri equation
*
Hamilton–Jacobi–Einstein equation
*
Ernst equation
Phenomena
*
Black hole
*
Event horizon
*
Singularity
*
Two-body problem
*
Gravitational waves
:
astronomy
*
detectors
(
LIGO
and
collaboration
*
Virgo
*
LISA Pathfinder
*
GEO
)
*
Hulse–Taylor binary
*
Other tests
:
precession
of Mercury
*
lensing
(together with
Einstein cross
and
Einstein rings
)
*
redshift
*
Shapiro delay
*
frame-dragging
/
geodetic effect
(
Lense–Thirring precession
)
*
pulsar timing arrays
Advanced
theories
*
Brans–Dicke theory
*
Kaluza–Klein
*
Quantum gravity
Solutions
*
Cosmological:
Friedmann–Lemaître–Robertson–Walker
(
Friedmann equations
)
*
Lemaître–Tolman
*
Kasner
*
BKL singularity
*
Gödel
*
Milne
*
Spherical:
Schwarzschild
(
interior
*
Tolman–Oppenheimer–Volkoff equation
)
*
Reissner–Nordström
*
Axisymmetric:
Kerr
(
Kerr–Newman
)
*
Weyl−Lewis−Papapetrou
*
Taub–NUT
*
van Stockum dust
*
discs
*
Others:
pp-wave
*
Ozsváth–Schücking
*
Alcubierre
*
Ellis
*
In computational physics:
Numerical relativity
Background
*
Introduction
*
Mathematical formulation
Fundamental
concepts
*
Equivalence principle
*
Riemannian geometry
*
Penrose diagram
*
Geodesics
*
Mach's principle
Formulation
*
ADM formalism
*
BSSN formalism
*
Einstein field equations
*
Linearized gravity
*
Post-Newtonian formalism
*
Raychaudhuri equation
*
Hamilton–Jacobi–Einstein equation
*
Ernst equation
Phenomena
*
Black hole
*
Event horizon
*
Singularity
*
Two-body problem
*
Gravitational waves
:
astronomy
*
detectors
(
LIGO
and
collaboration
*
Virgo
*
LISA Pathfinder
*
GEO
)
*
Hulse–Taylor binary
*
Other tests
:
precession
of Mercury
*
lensing
(together with
Einstein cross
and
Einstein rings
)
*
redshift
*
Shapiro delay
*
frame-dragging
/
geodetic effect
(
Lense–Thirring precession
)
*
pulsar timing arrays
Advanced
theories
*
Brans–Dicke theory
*
Kaluza–Klein
*
Quantum gravity
Solutions
*
Cosmological:
Friedmann–Lemaître–Robertson–Walker
(
Friedmann equations
)
*
Lemaître–Tolman
*
Kasner
*
BKL singularity
*
Gödel
*
Milne
*
Spherical:
Schwarzschild
(
interior
*
Tolman–Oppenheimer–Volkoff equation
)
*
Reissner–Nordström
*
Axisymmetric:
Kerr
(
Kerr–Newman
)
*
Weyl−Lewis−Papapetrou
*
Taub–NUT
*
van Stockum dust
*
discs
*
Others:
pp-wave
*
Ozsváth–Schücking
*
Alcubierre
*
Ellis
*
In computational physics:
Numerical relativity
Scientists
Poincaré
Lorentz
Einstein
Hilbert
Schwarzschild
de Sitter
Weyl
Eddington
Friedmann
Lemaître
Milne
Robertson
Chandrasekhar
Zwicky
Wheeler
Choquet-Bruhat
Kerr
Zel'dovich
Novikov
Ehlers
Geroch
Penrose
Hawking
Taylor
Hulse
Bondi
Misner
Yau
Thorne
Weiss
others
Category
Categories
:
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