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Magnetic and electric black holes in the vector-tensor Horndeski theory
Y. Verbin
Physics discipline
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peer-review
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Dive into the research topics of 'Magnetic and electric black holes in the vector-tensor Horndeski theory'. Together they form a unique fingerprint.
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Keyphrases
Electric
100%
Horndeski Theory
100%
Coupling Constant
100%
Gravitational Field
66%
Magnetic Charge
66%
Negative Coupling
66%
Magnetic Black Holes
66%
Cosmological Constant
33%
Black Hole Solution
33%
Non-minimal Coupling
33%
Parametrization
33%
Single Point
33%
Exact Solutions
33%
Existence of Extremal Functions
33%
Horndeski Gravity
33%
Curvature Singularity
33%
Light Particles
33%
Magnetically Charged Black Hole
33%
Extremal Black Holes
33%
Field Equations
33%
Spherical Surface
33%
Massive Particles
33%
Particle Trajectory
33%
Hypergeometric Function
33%
Metric Tensor
33%
Charge Coupling
33%
Trajectory Deflection
33%
Light Deflection
33%
Physics
Black Holes
100%
Coupling Constant
25%
Gravitational Field
16%
Cosmological Constant
8%
Charged Black Holes
8%
Curvature Singularities
8%
Particle Trajectory
8%
Hypergeometric Functions
8%