This long-awaited textbook offers a concise one-semester introduction to basic general relativity suitable for mathematics and physics undergraduates. Emphasis is placed on the student's development of both a solid physical grasp of the subject and a sophisticated calculational facility. The text is supplemented by numerous geometrical diagrams and by a large selection of challenging exercises and problems.
This long-awaited textbook offers a concise one-semester introduction to basic general relativity suitable for mathematics and physics undergraduates. Emphasis is placed on the student's development of both a solid physical grasp of the subject and a sophisticated calculational facility. The text is supplemented by numerous geometrical diagrams and by a large selection of challenging exercises and problems.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Preface 1. Introduction 2. Vectors and tensors in flat three-space 3. Aspects of special relativistic geometry 4. Tensor analysis on manifolds 5. Covariant differentiation 6. Properties of the Riemann tensor 7. Riemannian geometry 8. The Lie derivative 9. Geodesics 10. Geodesic deviation 11. Differential forms 12. The transition from Newtonian theory 13. Einstein's field equations 14. The slow motion approximation 15. The Schwarzschild solution 16. Gravitational red-shift and time dilation 17. The geodesic equation for the Schwarzschild solution 18. Classical tests 19. The extended Schwarzschild solution 20. Black holes and gravitational collapse 21. Interior solutions 22. The Kerr solution 23. Homogeneous and isotropic three-spaces 24. Cosmology: kinematics 25. Cosmology: dynamics 25. Anisotropic cosmologies Index.
Preface 1. Introduction 2. Vectors and tensors in flat three-space 3. Aspects of special relativistic geometry 4. Tensor analysis on manifolds 5. Covariant differentiation 6. Properties of the Riemann tensor 7. Riemannian geometry 8. The Lie derivative 9. Geodesics 10. Geodesic deviation 11. Differential forms 12. The transition from Newtonian theory 13. Einstein's field equations 14. The slow motion approximation 15. The Schwarzschild solution 16. Gravitational red-shift and time dilation 17. The geodesic equation for the Schwarzschild solution 18. Classical tests 19. The extended Schwarzschild solution 20. Black holes and gravitational collapse 21. Interior solutions 22. The Kerr solution 23. Homogeneous and isotropic three-spaces 24. Cosmology: kinematics 25. Cosmology: dynamics 25. Anisotropic cosmologies Index.
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