The Collected Works of J. Willard Gibbs, Volume II presents Gibbs’s rigorous development of statistical mechanics, dynamics, and advanced mathematics in a single, foundational volume.
It lays out the core ideas that connect thermodynamics to molecular behavior with exact, careful reasoning.
This edition gathers the essential results that define the statistical approach to many-particle systems, including the fundamental equation of statistical mechanics and the concept of distribution in phase. It also surveys how conservation principles tie density, extension, and probability to the behavior of systems over time, and it explains how these ideas illuminate errors in calculated quantities. Alongside these themes, the volume includes topics in vector analysis and multiple algebra, plus foundational discussions that lead into electromagnetic theory of light, all framed to support a rational foundation for thermodynamics and molecular mechanics.
- Clear presentation of the fundamental equation of statistical mechanics and the idea of phase distribution
- Connections between density-in-phase, extension-in-phase, and probability of phase
- Applications to errors in computed phases and the theory of measurement in complex systems
- Foundational coverage of vector analysis, multiple algebra, and related mathematical tools
Ideal for readers of thermodynamics, molecular mechanics, statistical physics, and advanced mathematics who seek a rigorous, historically important treatment of these topics.