Books for Statistical Mechanics self study?

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Discussion Overview

The discussion centers around recommendations for books on statistical mechanics suitable for self-study. Participants share various texts they have found helpful, considering factors such as rigor, accessibility, and the inclusion of solutions to problems.

Discussion Character

  • Exploratory
  • Debate/contested

Main Points Raised

  • One participant suggests Leonard Susskind's lectures on YouTube and a formal textbook, noting that it requires effort to follow.
  • Another participant recommends Kardar's book, highlighting that it includes around 100 pages of solutions.
  • A different participant mentions their preference for Reichl's text but expresses uncertainty about its suitability for self-study.
  • Another participant recalls Kittel's popularity during their undergraduate studies and shares their preference for Reif, along with other graduate-level texts like Pathria and Kerson Huang, while criticizing Reichl for being disorganized.
  • Some participants reference older texts such as Zemansky and Sears and Salinger, noting their utility during qualifying exams but questioning their current relevance as textbooks.

Areas of Agreement / Disagreement

Participants present multiple competing views on which texts are most suitable for self-study in statistical mechanics, indicating no consensus on a single recommended book.

Contextual Notes

Some recommendations depend on personal experiences and preferences regarding rigor and structure, which may not align with all self-studying approaches.

jcw0616
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Hi all,

I consider myself a physics self-studier (although I've taken the introductory physics series and more in college), and I'm looking for an introduction to statistical mechanics. My thermal physics class used Schroeder's "Thermal Physics" text, which touches slightly on stat-mech at the end of the book, but I'm looking for further education on the topic.

Admittedly, I prefer a somewhat "hand-holdy" book with less-than-intense rigor. Do any of you know of a text that fits this description?

EDIT: A book with answers to any problems is preferred, as I am a self-studier.

Thanks in advance!
Jordan
 
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I would recommend to take a look at Leonard Susskind's lectures on YouTube. For a textbook, I have a recommendation for a formal text that is quite good and well known: https://www.amazon.com/dp/0123821886/?tag=pfamazon01-20. Although formal and talking from personal experience, you can follow the text provided you spend a fair effort.
 
Back when I was undergraduate Kittel was popular. I preferred Reif, in the 1980's. At the graduate level, I like Pathria, now Beale and Pathria. Another good book on the graduate level is one by Kerson Huang. I did not like Reichl as it seemed like a grab-bag of disconnected topics.
I think parts of Zemansky, and Sears and Salinger or the old book by Becker, were good while I was studying for qualifying exams but I have not seen them used as a textbook lately
 
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