Statistical
Mechanics (Phys 711) - Fall 2008
Tuesdays, 4:30 - 7:10 PM
Classroom: Research I,
room 201
Instructor: Ernest Barreto
Office: Krasnow Institute, room 116
Phone: X3-4431
Email: ebarreto at gmu dot edu
This course is a graduate-level introductory course in
statistical mechanics.
As the "backbone" of this class, I plan to use "Thermodynamics and
Statistical Mechanics" by Greiner, Neise, and Stocker. This material
will be supplemented in the lectures by drawing from several other
books. These will be discussed in the first class; see the list below.
Note that I do not
intend to cover modeling and simulation in this
class.
Homework will be assigned as we proceed. Late homework policy: Homework
loses 30% of its value per
day after the due date.
Assignments and solutions will be posted on the course website at
http://complex.gmu.edu/www-phys/phys711/index.html
Homework, exams, and grading will be discussed in the first class.
Office hours: Happy to meet with you by appointment. You can also email
questions and/or comments whenever
you like.
Please note
these dates for Fall 2008:
September 9: Last day to
add classes
September 9: Last
day to drop with no tuition penalty
September 16: Last day to drop with a 33% tuition
penalty
September 26: Last day to drop 67% tuition penalty
September 26: Last day to drop classes
October 14: Columbus day recess
December 2: Last Class
December 9th: Final Exam
Books
-
Fermi, Thermodynamics, Dover, 1956. This is a small, wonderfully
concise book. Highly recommended.
-
Callen, Thermodynamics and an Introduction to Thermostatistics (second
edition), Wiley, 1985.
-
Reif, Fundamentals of Statistical and Thermal Physics, McGraw-Hill,
1965. A highly popular advanced undergraduate textbook.
-
Huang, Statistical Mechanics, Wiley, 1987. A bit terse, and riddled
with typographical errors, but a good source for hard-to-find
material.
- Pathria, Statistical Mechanics (second edition),
Elsevier, 1996. An excellent, but terse, book, with coverage of
advanced topics.
- McQuarrie, Statistical Mechanics, University Science Books, 2000. An advanced book with a physical chemistry perspective.