Fundamentals of Light Sources and Lasers - Info and Reading Options

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Intro -- FUNDAMENTALS OF LIGHT SOURCES AND LASERS -- CONTENTS -- Preface -- 1. Light and Blackbody Emission -- 1.1 Emission of Thermal Light -- 1.2 Electromagnetic Spectrum -- 1.3 Blackbody Radiation and the Stefan-Boltzmann Law -- 1.4 Wein's Law -- 1.5 Cavity Radiation and Cavity Modes -- 1.6 Quantum Nature of Light -- 1.7 Electromagnetic Spectrum Revisited -- 1.8 Absorption and Emission Processes -- 1.9 Boltzmann Distribution and Thermal Equilibrium -- 1.10 Quantum View of Blackbody Radiation -- 1.11 Blackbodies at Various Temperatures -- 1.12 Applications -- 1.13 Absorption and Color -- 1.14 Efficiency of Light Sources -- Problems -- 2. Atomic Emission -- 2.1 Line Spectra -- 2.2 Spectroscope -- 2.3 Einstein and Planck: E = hv -- 2.4 Photoelectric Effect -- 2.5 Atomic Models and Light Emission -- 2.6 Franck-Hertz Experiment -- 2.7 Spontaneous Emission and Level Lifetime -- 2.8 Fluorescence -- 2.9 Semiconductor Devices -- 2.10 Light-Emitting Diodes -- Problems -- 3. Quantum Mechanics -- 3.1 Limitations of the Bohr Model -- 3.2 Wave Properties of Particles (Duality) -- 3.3 Evidence of Wave Properties in Electrons -- 3.4 Wavefunctions and the Particle-in-a-Box Model -- 3.5 Reconciling Classical and Quantum Mechanics -- 3.6 Angular Momentum in Quantum States -- 3.7 Spectroscopic Notation and Electron Configuration -- 3.8 Energy Levels Described by Orbital Angular Momentum -- 3.9 Magnetic Quantum Numbers -- 3.10 Direct Evidence of Momentum: The Stern-Gerlach Experiment -- 3.11 Electron Spin -- 3.12 Summary of Quantum Numbers -- 3.13 Example of Quantum Numbers: The Sodium Spectrum -- 3.14 Multiple Electrons: The Mercury Spectrum -- 3.15 Energy Levels and Transitions in Gas Lasers -- 3.16 Molecular Energy Levels -- 3.17 Infrared Spectroscopy Applications -- Problems -- 4. Lasing Processes -- 4.1 Characteristics of Coherent Light

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