Syllabus

Syllabus of Statistical Physics

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Course Description

In this course, we will rst introduce the fundamental postulates and concepts in modern statistical physics and establish a connection of these concepts to the concepts in thermo-dynamics. We will also cover some basic tools in quantum statistical mechanics and phase transitions based on Ginzberg-Landau theory and renormalization group theory.

Course Outline

1. Elementary Probability Theory [1 week]
2. Classical Statistical Mechanics 
   (a) Postulates of Classical Statistical Mechanics [1 week]
   (b) Mircocanonical Ensembles, Canonical Ensembles, and Grand Canonical Ensembles [2 weeks]
   (c) Energy, Temperature, and Entropy [1 week]
   (d) Derivation of Thermodynamics [1 week]
3. Quantum Statistical Mechanics [3 weeks]
4. Partition Function, Free Energy, and Gibs Distribution [2 weeks]
5. Approximation Methods [2 weeks]
6. Phase Transitions and Renormalization Group Theory [3 weeks]
7. Stochastic Dynamics and Brownian Motion [2 weeks]

Prerequisites

None

Required Textbook

Fundamentals of Statistical and Thermal Physics. Edition (Reif, F., McGraw-Hill, Auckland), 1965.
Statistical Physics. vol. 5 of Berkley Phyiscs Course (Reif, F., McGraw-Hill, New York), 1967.

Other Reading

Grading

Component Percentage
  100%
Homework 60%
Midterm Examination 20%
Final Examination 20%
Citation: Choi, M., kuocw. (2009, October 28). Syllabus. Retrieved October 23, 2014, from Korea University OpenCourseWare Web site: http://ocw.korea.edu/ocw/college-of-science/statistical-physics/syllabus.
Copyright 2009, by the Contributing Authors. This work is licensed under a Creative Commons License. Creative Commons License