化學所  高等物理化學(專論)二  223 D1320 223 M1320 授課教師：林聖賢教授

 (I) Contents of the course

Chapter 1. Density Matrix Methods

1. Introduction

2. Density Matrix

3. Pauli Master Equation

4. Electronic Relaxation and Excitation Energy Transfer

5. Vibrational Relaxation

6. Derivation of the PME by the Projection Operator Method

7. Master Equation for a System Embedded in a Heat Bath

8. Absorption Spectroscopy

Chapter 2. Pump Probe Experiments

1. Introduction

2. General Theory

3. Generalized Susceptibility

4. Adiabatic Approximation

5. Band-shape Function 

6. Band-shape Function 

7. Numerical Demonstrations

Chapter 3. Time-resolved Fluorescence Spectroscopy

1. Introduction

2. General Theory

3. Adiabatic Approximation

4. Band-shape Function 

5. Band-shape Function 

6. Numerical Demonstrations

(II)Reference books

“Multiphoton Spectroscopy of Molecules” (Academic Press, 1981).

“Density Matrix Method and Femtosecond Processes” (World Scientific, 1991)

(III)Grading systems

There will be weekly assignments (30%) and three examinations in the whole semester (60%).