Physics 847 Spring 2009
Statistical Physics II
Instructor: Mohit Randeria
Day & Time: Tuesdays and Thursdays, 09:30 - 11:18 AM
Room: Smith 5024
This is the second in a series of two courses on Statistical
Physics
which are
required for all Graduate Students in Physics.
Prerequisites: Physics 846 (or
equivalent)
Specifically, I will assume that students are familiar
with thermodynamics and with
Statistical Mechanics concepts such as the microcanonical, canonical,
and grand canonical
ensembles; entropy, Helmholtz and Gibbs free energies,
chemical potential; classical ideal gas,
Fermi-Dirac and Bose-Einstein
distributions.
Text Book: Equilibrium Statistical Physics
by M. Plischke and B. Bergersen,
3rd Edition, (World Scientific, 2006).
Syllabus:
Bose-Einstein condensation
Phase transitions
Mean
field theory
Critical phenomena and scaling
Elementary ideas about renormalization group
Time
permitting, I will also cover additional topics like:
Monte Carlo simulations
Linear response theory
Course Grades:
Home Work: 30%
Mid-Term Exam: 30%
Final Exam:
40%
Exam Dates:
Mid Term: Tuesday, May 5, in class
Final Exam: Thursday, June 11, 9:30 - 11:30 am
(as announced in the University Final Exam Schedule)
Mid Term Results: average = 77/100
std. dev. = 19
9 students (out of 31) got > 90%
Course Information: CourseInfo.pdf Syllabus, Text, Exam Schedule, etc
Home Work:
Problem Set #1: hw1.pdf
(due: Apr. 14) [see also: pictures for HW#1
pictures.ppt]
Problem Set #2: hw2.pdf
(both HW's #1 and 2 are due on Tuesday, Apr. 14)
Problem Set #3: hw3.pdf
(due: Tue. 4/21/09)
Problem Set #4: hw4.pdf
(due: Tue. 4/28/09)
Problem Set #5: hw5.pdf
(due: Tue. 5/19/09)
Problem Set #6: hw6.pdf
(due: Tue. 6/2/09)
Grader: Nicolas Bock (bock-garcia.1@osu.edu)
Office Hours: to be announced
If you have any questions, please contact me:
Office: Physics Research Building, Room 2024
Phone: 292 2457
Email: randeria@mps.ohio-state.edu