The Thermodynamics of the Isolated Particle

Builds statistical mechanics from probability theory upward, then connects it back to classical thermodynamics. Fitzpatrick explains why the statistical approach is necessary before deriving anything, and adds exercises at the end of each chapter.

Richard Fitzpatrick

The most complete text in this collection, running from probability fundamentals and entropy through ensembles, phase transitions and nonequilibrium phenomena. Includes extensive tables and figures for graduate level study.

Daniel Arovas

A compact bridge between microscopic states and macroscopic temperature, pressure and entropy. Kaplan uses paramagnets and the Einstein solid as running examples, then applies the results to engines and refrigerators.

Jared Kaplan