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Krssak, Martin: Energy momentum tensor correlators in Improved Holographic QCD. 2013
Inhalt
Abstract
Motivation
Elements of Quantum Field Theory
Quantum Fields at Zero Temperature
Green's functions
Renormalization and Running Coupling
Conformal Field Theory
Energy Momentum Tensor
Gauge Theory
Yang-Mills Theory
Quantum Chromodynamics
Large-Nc Limit
Supersymmetry and N=4 SYM theory
Finite Temperature Field Theory
Euclidean Correlators
Hydrodynamic Limit
Kubo Formulae for Viscosities
Introduction to Holography
The Holographic Principle
Black Hole Entropy
Holographic Renormalization
The AdS/CFT Correspondence
String Theory: A Quick Review
The Maldacena Conjecture
The AdS/CFT Correspondence
Euclidean Correlators: Example
Finite Temperature
The Hydrodynamic Limit
Minkowski Space Correlators
Shear Viscosity
Universality and the Viscosity Bound Conjecture
Non-Conformal Holography
Top-Down Models
Bottom-Up Models
Improved Holographic QCD
Introduction
The Equations of Motion
The Dilaton Potential
The UV Solution
The IR Solution
Construction of the Potential
Thermodynamics
Numerical Integration
Energy Momentum Tensor Correlators in IHQCD
Shear Channel
Shear Channel Correlator
Holographic Results
Perturbative Limit
Bulk Channel
Bulk Channel Correlator
Holographic Results
Perturbative Limit
Euclidean Correlators
Conclusions
Appendix
Anti-de Sitter Space
Anti-de Sitter Space
Anti-de Sitter Black Holes
Bibliography
Acknowledgements
Declaration