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Table of Contents
Part I. Fundamentals
Chapter 1. Basics of General Relativity
Chapter 2. The Newman-Penrose formalism
Chapter 3. Tools for the GHP formalism
Chapter 4. The GHP equations, Bianchi identities and commutator relations
Chapter 5. The Penrose-Rindler equation
Part II. Applications
Chapter 6. Spherically symmetric electro-vacuum solutions: a GHP approach
Chapter 7. Self-gravitating spheres and fluid distributions: a GHP approach
Chapter 8. Black hole thermodynamics through the GHP calculus
Part III. Conclusions
Chapter 9. Conclusions and Outlook.
Chapter 1. Basics of General Relativity
Chapter 2. The Newman-Penrose formalism
Chapter 3. Tools for the GHP formalism
Chapter 4. The GHP equations, Bianchi identities and commutator relations
Chapter 5. The Penrose-Rindler equation
Part II. Applications
Chapter 6. Spherically symmetric electro-vacuum solutions: a GHP approach
Chapter 7. Self-gravitating spheres and fluid distributions: a GHP approach
Chapter 8. Black hole thermodynamics through the GHP calculus
Part III. Conclusions
Chapter 9. Conclusions and Outlook.