Thermal and Statistical Physic

Lecture 4: Partition Function and Thermodynamic Identity

Thermal and Statistical Physic

Lecture 5: Free Energy and Maxwell Relations

Thermal and Statistical Physic

Lecture 6: Ideal Gas Law, Planck Blackbody Radiation

Thermal and Statistical Physic

Lecture 2: Multiplicity Function

Thermal and Statistical Physic

Final Review 2

Thermal and Statistical Physic

Final Review 1

Thermal and Statistical Physic

Lecture 24: Fluctuation-Dissipation Theorem

Thermal and Statistical Physic

Lecture23: Brownian Motion and Diffusion

Thermal and Statistical Physic

Lecture 22: Nucleation in First Order (Abrupt) Phase Transitions

Thermal and Statistical Physic

Lecture 21: Alloys, Mixing, and Phase Separation

Thermal and Statistical Physic

Lecture 20: Landau Theory of Phase Transitions; Oil, Water, and Alloys

Thermal and Statistical Physic

Lecture 19: Symmetries, Order Parameters, and the Failure of Reductionism

Thermal and Statistical Physic

Lecture 18: Van Der Waals and Geckos

Thermal and Statistical Physic

Lecture 17: Introduction to Phase Transitions

Thermal and Statistical Physic

Lecture 16: Gibbs Free Energy and Chemical Reactions

Thermal and Statistical Physic

Lecture 15: Refrigerators and Path Dependence of Work

Thermal and Statistical Physic

Midterm Review

Thermal and Statistical Physic

Lecture 14: Engines

Thermal and Statistical Physic

Lecture 13: Bose Condensates

Thermal and Statistical Physic

Lecture 12: Reversible and Irreversible Expansions

Thermal and Statistical Physic