----- 分子激发动力学和弛豫 - 量子理论和光谱学
Part I: Dynamics and Relaxation - Introduction - Overview of Classical Physics - Stochastic Dynamics - Quantum Mechanics - Quantum States of Molecules and Aggregates - The Concept of Decoherence - Statistical Physics - An Oscillator Coupled to a Harmonic Bath - Projection Operator Approach to Open Quantum Systems - Path Integral Technique in Dissipative Dynamics - Perturbative Approach to Exciton Relaxation in Molecular Aggregates Part II: Spectroscopy - Introduction - Semiclassical Response Theory - Microscopic Theory of Linear Absorption and Fluorescence - Four-Wave Mixing Spectroscopy - Coherent Two-Dimensional Spectroscopy - 2D Spectroscopy Applications for photosynthetic Excitons - Single Molecular Spectroscopy
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