Relativistic quantum mechanics.
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| Author / Creator: | Pilkuhn, Hartmut M. |
|---|---|
| Edition: | 2nd ed. |
| Imprint: | Berlin ; New York : Springer, c2005. |
| Description: | x, 278 p. ; 24 cm. |
| Language: | English |
| Series: | Texts and monographs in physics |
| Subject: | |
| Format: | Print Book |
| URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/5774896 |
Table of Contents:
- 1. Maxwell and Schrödinger
- 1.1. Light and Linear Operators
- 1.2. De Broglies Idea and Schrödingers Equation
- 1.3. Potentials and Gauge Invariance
- 1.4. Stationary Potentials, Zeeman Shifts
- 1.5. Bound States
- 1.6. Spinless Hydrogenlike Atoms
- 1.7. Landau Levels and Harmonic Oscillator
- 1.8. Orthogonality and Measurements
- 1.9. Operator Methods, Matrices
- 1.10. Scattering and Phase Shifts
- 2. Lorentz, Pauli and Dirac
- 2.1. Lorentz Transformations
- 2.2. Spinless Current, Density of States
- 2.3. Pauli's Electron Spin
- 2.4. The Dirac Equation
- 2.5. Addition of Angular Momenta
- 2.6. Hydrogen Atom and Parity Basis
- 2.7. Alternative Form, Perturbations
- 2.8. The Pauli Equation
- 2.9. The Zeeman Effect
- 2.10. The Dirac Current. Free Electrons
- 3. Quantum Fields and Particles
- 3.1. The Photon Field
- 3.2. C, P and T
- 3.3. Field Operators and Wave Equations
- 3.4. Breit Operators
- 3.5. Two-Electron States and Pauli Principle
- 3.6. Elimination of Components
- 3.7. Brown-Ravenhall Disease, Energy Projectors, Improved Breitian
- 3.8. Variational Method, Shell Model
- 3.9. The Pauli Principle for Three Electrons
- 4. Scattering and Bound States
- 4.1. Introduction
- 4.2. Born Series and S-Matrix
- 4.3. Two-body Scattering and Decay
- 4.4. Current Matrix Elements, Form Factors
- 4.5. Particles of Higher Spins
- 4.6. The Equation for Spinless Binaries
- 4.7. The Leptonium Equation
- 4.8. The Interactionin Leptonium
- 4.9. Binary Boosts
- 4.10. Klein-Dirac Equation, Hydrogen
- 4.11. Dirac Structures of Binary Bound States
- 5. Hyperfine Shifts, Radiation, Quarks
- 5.1. First-Order Magnetic Hyperfine Splitting
- 5.2. Nonrelativistic Magnetic Hyperfine Operators
- 5.3. Vacuum Polarization, Dispersion Relations
- 5.4. Atomic Radiation
- 5.5. Soft Photons, Lamb Shift
- 5.6. Antiprotonic Atoms, Quadrupole Potential
- 5.7. The Magnetic Moment Interaction
- 5.8. SU 2 ,SU 3 , Quarks
- 5.9. Baryon Magnetic Moments
- A. Orthonormality and Expectation Values
- B. Coulomb Greens Functions
- C. Yukawa Expectation Values
- Bibliography
- Index
