Course:
Introduction to holography
by Erik Tonni
Main topics
GENERAL RELATIVITY
- Special relativity and flat space-time
- Manifolds and tensors
- Covariant derivatives and curvature tensors
- Einstein equations and Hilbert action
- Schwarzschild solution and black holes
- Black hole entropy
- Black hole formation
- Fields in curved backgrounds
AdS/CFT
- Basics of CFT
- AdS/CFT correspondence: holographic dictionary
- Witten diagrams
- Bekenstein-Hawking formula and Cardy formula
HOLOGRAPHIC ENTANGLEMENT ENTROPY
- Entanglement entropy and area law
- Ryu-Takayanagi formula
HOLOGRAPHIC THERMALIZATION
- Vaidya backgrounds
HOLOGRAPHIC SUPERCONDUCTORS
- minimal setup for holographic superconductors
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