Statistical Thermodynamics: An Information Theory Approach

Statistical Thermodynamics: An Information Theory Approach provides an accessible and rigorous approach to thermodynamics and statistical mechanics, discussing entropy using an information theory approach and offering complimentary online materials. It is ideal for upper-level undergraduate students studying statistical mechanics and thermodynamics.

Format: Hardback
Length: 400 pages
Publication date: 07 February 2024
Publisher: John Wiley & Sons Inc

In Statistical Thermodynamics: An Information Theory Approach, renowned physicist Dr. Christopher Aubin presents an accessible and comprehensive exploration of the field, delving into thermodynamics and statistical mechanics from a statistical mechanics perspective. The author adeptly addresses the concept of entropy, often considered challenging, by employing an information theory approach, thereby facilitating a solid foundation in this oft misunderstood and critically important physics concept.

This text provides readers with complimentary online materials, including animations, simple code, and additional resources, enhancing the understanding of complex topics discussed in the book. It offers comprehensive calculations and methodologies that demonstrate the systematic application of thermodynamics mathematics, providing a valuable resource for students.

The book delves into authoritative explorations of relevant theory, accompanied by clear examples of applications and experiments. It encompasses a brief introduction to information theory, discussions on statistical systems, phase space, and the Microcanonical Ensemble. Comprehensive examinations of the laws and mathematics of thermodynamics, including free expansion, Joule-Thomson expansion, heat engines, and refrigerators, are presented. Practical discussions of classical and quantum statistics, quantum ideal gases, and blackbody radiation are also included.

Furthermore, the book offers thorough treatments of novel topics, such as Bose-Einstein condensation, the Fermi gas, and black hole thermodynamics. This comprehensive text is particularly suited for upper-level undergraduate students pursuing studies in statistical mechanics and thermodynamics, offering an alternative and accessible approach to the subject.

Weight: 896g
Dimension: 261 x 185 x 28 (mm)
ISBN-13: 9781394162277