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Quantum Black Holes: Some static and dynamical aspects
N.K. Gaddam
Sub String Theory, Cosmology and Elementary Particles
Theoretical Physics
Research output
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Thesis
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Doctoral thesis 1 (Research UU / Graduation UU)
Overview
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Dive into the research topics of 'Quantum Black Holes: Some static and dynamical aspects'. Together they form a unique fingerprint.
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Keyphrases
Single Center
100%
Quantum Black Holes
100%
Soft Coupling
100%
Holography
75%
Perturbative
50%
String Theory
50%
State Dependence
50%
Partition Function
50%
Extremal Black Holes
50%
Classical Gravity
50%
Vacuum State
50%
Black Hole Entropy
50%
Strongly Coupled
50%
Conformal Field Theory
50%
Compactification
50%
Scattering Matrix
25%
Excited States
25%
Gravity Theory
25%
Moduli Space
25%
Supersymmetry
25%
Subtract
25%
Degrees of Freedom
25%
Energy Conservation
25%
Gravitational Field
25%
Schwarzschild Black Hole
25%
Gauged Supergravity
25%
Black Hole Horizon
25%
Toy Model
25%
Energy Scaling
25%
Holographic Theory
25%
Leading Order
25%
Nonperturbative Sectors
25%
Energy-momentum Tensor
25%
Field Redefinitions
25%
Consistency Condition
25%
Two-sector
25%
Partial Wave
25%
Local Energy
25%
Low-frequency Spectrum
25%
IR Theory
25%
State-independent
25%
Inverted Harmonic Oscillator
25%
2D String
25%
Initial Energy
25%
Cosmic Censorship
25%
Low-lying States
25%
Physics
Black Hole
100%
Holography
33%
Conformal Field Theory
22%
String Theory
22%
Schwarzschild Black Holes
11%
Gravitational Field
11%
Quantum Chromodynamics
11%
Supersymmetry
11%
Supergravity
11%
Excitation
11%
Degree of Freedom
11%
Harmonic Oscillator
11%
Energy-Momentum Tensor
11%