Inhalt

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   Zusammenfassung
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   Abstract
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   Contents
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   1. Introduction
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  2. Standard Model of Particle Physics
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   2.1 Gauge Group of the Standard Model
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   2.2 The CKM Matrix
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   2.3 CP Violation
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   2.4 Quantum Chromodynamics
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   3. Heavy Quark Expansion
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  3.1 Heavy Quark Limit
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   3.1.1 Derivation of the Effective Lagrangian
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   3.1.2 Feynman Rules in HQET
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   3.2 Heavy Quark Symmetry
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   3.2.1 Form Factors in Weak Decays
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   3.2.2 Further Features in HQET
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  3.3 Renormalization
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   3.3.1 On-Shell Renormalization
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   3.3.2 Quark Self-Energy
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   3.3.3 Composite Operators
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  3.4 Matching of the Four-Quark Operator
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   3.4.1 Four-Quark Operator
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   3.4.2 Perturbative Corrections
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   3.4.3 Matching
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   3.4.4 Running of the Four-Quark Operator
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   4. D** Spectroscopy and B -> D** lv
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   4.1 Spectroscopy
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   4.2 Power Corrections to the HQET Hamiltonian
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   4.3 Extracting the Mixing Angle
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   4.4 Fitting the Mixing Angle
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   4.5 Effects on Semileptonic Decays B -> D** lv
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   4.6 Effects on the Widths of the Orbitally Excited States
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   4.7 Discussion
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   5. B - B–Mixing
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   5.1 Overview
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  5.2 Bag Parameter
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   5.2.1 Matching of the Bag Parameter
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   5.2.2 Running of the Bag Parameter
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  5.3 Calculation
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   5.3.1 Perturbative Contribution
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   5.3.2 Quark Condensates
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   5.3.3 Sum Rule
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   5.4 Result
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   5.5 Discussion
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   6. CP Violation in Three-Body Decays
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  6.1 QCD Factorization
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   6.1.1 Two-Body Decays
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   6.1.2 Three-Body Decays
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   6.2 QCD-factorized Effective Hamiltonian
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   6.3 Non-Perturbative Input
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   6.3.1 Pion Decay Constant and Pion Form Factor
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   6.3.2 B -> π Form Factors
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   6.3.3 B -> π π Form Factors
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   6.4 Calculation of the Amplitude
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   6.5 CP Violation
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   6.6 Charm Resonance Model
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   6.7 Discussion
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   7. Summary and Conclusion
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   Appendix
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   A. Fierz Transformations
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  B. Details on D** Spectroscopy and B -> D** lv
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   B.1 Spin Wave Functions
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   B.2 Mixing of the 1+ States
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   B.3 Details On The Fit
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  C. Details on B- Mixing
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   C.1 Loop Integrals
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  C.2 Master Integrals
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   C.2.1 Perturbative Contribution
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   C.2.2 Quark Condensate Contribution
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  D. Details on CP Violation in Three-Body-Decays
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   D.1 Dalitz Distribution
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   D.2 Calculation of the QCD-Factorized Effective Hamiltonian
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   D.3 New Non-Perturbative Input
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   D.3.1 Generalized Form Factor
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   D.3.2 Two-Pion Generalized Distribution Amplitude (GDA)
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   D.4 Calculation of the Amplitude for B
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   D.5 Computation of the Helicity Angle
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   Bibliography