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The Principles of Statistical Mechanics. Random Variables. Ensembles (microcanonical, Canonical and Grand Canonical). The Laws of Thermodynamics. Classical Statistical Mechanics (ideal Gas). Quantum Statistical Mechanics (ideal Gases of Fermions and Bosons, Black Body Radiation, Bose-einstein Condensation). Mean Fiels Theory and Phase Transitions. Thermodynamics Potentials and Their Application (including Maxwell Relations and Response Functions). Equations of State, Phase Transitions, Phases. Diagrams And Equilibrium Between Phase. Thermodynamic Cycles (carnot Cycle, Efficiency).

Faculty: Physics
|Undergraduate Studies

Pre-required courses

104034 - Introduction to Probability H

Parallel course

104034 - Introduction to Probability H 115203 - Quantum Physics 1

Course with no extra credit

44124 - Physical Electronics 115211

Course with no extra credit (contained)

85925 - Introduction to Physics of Gases

• Fundamentals of statistical and thermal physics - Reif, F.
• Fundamentals of statistical and thermal physics - Reif, F.
• Statistical mechanics - Huang, Kerson
• Statistical mechanics - Pathria, R. K.
• Statistical mechanics - Pathria, R. K.
• Statistical mechanics - Pathria, R. K.
• Statistical mechanics. - Huang, Kerson
• Statistical physics of fields - Kardar, Mehran.
• Statistical physics of particles - Kardar, Mehran
• Thermal physics - Kittel, Charles
• Thermodynamics :an introduction to the physical theories of equilibrium thermostatics and thermodynamics. - Callen, Herbert B.
• Thermodynamics and an introduction to thermostatistics - Callen, Herbert B.