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Physics 715:
Statistical Mechanics,
Fall 2009.
Place:
Time:
Instructor:
Office:
2104 Chamberlin Hall
09:55 AM - 10:45 AM, MWF
Maxim G. Vavilov
5318 Chamberlin Hall
Textbooks:
K. Huang, "Statistical Mechanics", John Wiley & Sons
L.D. Landau & L.M. Lifshitz, "Statistical Physics, part 1"
Pergamon Press
Office hour:
Friday 2:30 - 3:30 pm.
Calendar.
Topics:
Thermodynamic Variables; Laws of Thermodynamic:
Three laws of thermodynamics;
Thermodynamic Potentials;
Equation of State and Phase Transitions.
Fundumental Principles of Statistical Mechanics:
Postulate of Statistical Mechanics;
Semiclassical Description of Quantum Mechanics;
Microcanonical Ensemble;
Canonical Ensemble;
Grand Canonical Ensemble.
Dilute Gas:
Equation of State and Gibbs Paradox;
Nonideal Gas and Van-der-Vaals formula;
Liquid-Gas Transition.
Fermi Systems:
Equation of State and Thermodynamic Properties;
Magnetism of Fermi Gas;
Fermi Liquid;
Superconductivity.
Bose Systems:
Photons and Black Body Radiation;
Bose-Einstein Condensation;
Imperfect Bose Gas and Superfluidity.
Spin Systems and Ising Model:
Spontaneous Magnetization;
Approximate Solutions;
One-dimensional Ising Model;
Onsager Solution.
Fluctuations:
Thermodynamic Fluctuations;
Correlations of Fluctuations in Time;
Fluctuation-Dissipation Theorem.
Phase Transitions and Critical Phenomena:
Order Parameter;
Landau Approach;
Critical Exponents;
Scaling Hypothesis;
Renormalization Group.
Final letter grade will be determined by the homework, two midterm exams and the final take-home exam. Homework assignments will be biweekly. Exam times will be announced later.
HOMEWORK ASSIGNMENTS
Homework 1
due October 5
(solutions)
Homework 2
due October 19
(solutions)
Homework 3
due November 23
(solutions)
Homework 4
due December 7
(solutions)
1st midterm exam
due October 26
(solutions)
Final exam
take-home, due December 15, 2009
(solutions)
see also
arXiv:0912.3556v1