Tolman's Principles of Statistical Mechanics

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SUMMARY

Tolman's Principles of Statistical Mechanics is a recommended introductory text for classical statistical mechanics, praised for its clear explanations and lengthy discussions. While the physics remains relevant, some terminology and notation are outdated, which may pose challenges for students accustomed to modern texts. Alternatives such as Chandler's introductory text, Reif's Statistical and Thermal Physics, and Pathria's book are also suggested, with Reif being noted for its widespread use in advanced undergraduate and graduate courses.

PREREQUISITES
  • Understanding of classical statistical mechanics concepts
  • Familiarity with quantum mechanics fundamentals
  • Knowledge of partition functions and their applications
  • Experience with academic physics texts and notation
NEXT STEPS
  • Research Chandler's introductory text on statistical mechanics
  • Explore Reif's Statistical and Thermal Physics for advanced studies
  • Investigate Pathria's book for a more challenging perspective
  • Review Landau and Lifgarbagez's works for advanced insights in physics
USEFUL FOR

Students of physics, particularly those studying statistical mechanics, educators seeking supplementary materials, and anyone interested in the evolution of statistical mechanics literature.

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Hi,

I'm looking for a good book on statistical mechanics (to go with a course) and I've been considereing Tolman's book
http://books.google.be/books?id=4TqQZo962s0C&printsec=frontcover&source=gbs_ge_summary_r&cad=0#v=onepage&q&f=false
Is this book still up to date with the quantum mechanics? (I've read that the notation is outdated, how much of a problem would that be?)
Would you recommend a better book or is Tolman the way to go?

The reason I'm leaning towards this book is that it has a large section on classical statistical mechanics while other books usually jump straight to the quantum mechanics.Thanks
A_B
 
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Many people like Tolman's book. I read most of it and here are my thoughts.
1) The physics hasn't changed, although it has certainly moved on beyond what's in Tolman's book. That's ok for an "intro" book, of course, but you can't read this book and think you know all of Stat Mech.
2) Some of the terms and notation are old-fashioned. The partition function is called "the sum over states," for instance, and it isn't introduced until p. 522. Only you can tell if using a book whose notation differs from your course is an issue for you.
3) The real strength of Tolman is the lengthy text and clear explanations, making it great for self-study. It occurred to me at some point that I felt like I was sitting in a lecture. It's as though Tolman transcribed his course lectures--his voice, style, clear way of explaining, come through loud and clear and at great length.
4) If you are supplementing a course, that same length and slow pace can be a disadvantage. The sheer number of pages devoted to each topic may not work well if you have to also read your primary course book (and do problem sets) according to an aggressive schedule.

Other suggestions? Chandler wrote an intro text that is excellent. Reif's Statistical and Thermal Physics is still the most widely used classic text, for advanced undergrad and grad classes. I like it, but be aware that some people find it wordy. (It's not nearly so wordy as Tolman, however.) Pathria is widely used as well, though I find it a little harder to follow. The one by Landau and Lifgarbagez is characteristic of all their books--beautiful, insightful and advanced.
 
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i am self learning physics. have you ever worked your way backwards again after finishing most undergrad courses? i have textbooks for junior/senior physics courses in classical mechanics, electrodynamics, thermal physics, quantum mechanics, and mathematical methods for self learning. i have the Halliday Resnick sophomore book. working backwards, i checked out Conceptual Physics 11th edition by Hewitt and found this book very helpful. What i liked most was how stimulating the pictures...

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