| Preface Part1:Graviation and relativity 1 Essentials of general relativity 1.1 The concepts of general relativiry 1.2 The equation of motion 1.3 Tensors and relativity 1.4 The energy-momentum tensor 1.5 The field equations 1.6 Alternative theories of gravity 1.7 Relativity and differetnal geometry 2 Astrophysical Relativity 2.1 Relativistic fluid mechancs 2.2 Weak fields 2.3 Gravitationanl Radiation 2.4 The binary pulsar 2.5 Black holes 2.6 Accretion onto black holes Part 2:Classical cosmology 3 The isotropic universe 3.1 The Robertson-Wlaker metvric 3.2 Dynamics of the expansion 3.3 Commonbig bang misconceptions 3.4 Observations in cosmology 3.5 The anthropic principle 4 Gravitational lensing 4.1 Basics of light deflection 4.2 Simple lens models 4.3 General properties of thin lenses …… 5 The age and distance scales Part 3:Basics of quantum fields 6 Quantum mechanics and realtity 7 Quantum field theory 8 The standard model and beyond Part 4:The early universe 9 The hot big bang 10 Topological defects 11 Inflationary csomology Part 5:Observational cosmology 12 Matter in the universe 13 Galaxies and their evolution 14 Active galaxiex Part 6:Galaxy formation and clutering 15 Dynamics of structure formation 16 Cosmological density fields 17 Galaxy formation 18 Cosmic bakcground fluctuations Index |
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