An Introduction to Thermal Physics

This is an outstanding introductory book on thermal physics, with readability and clarity put at the forefront. The author painstakingly explains key derivations, delineating practically every step with a masterful combination of prose and equations. The chapters concerning the key fundamental results on statistical mechanics (the various ensembles and distribution statistics) are the best I've seen, blowing away McQuarrie (both his undergrad and grad level books) and Chandlers' texts. The graduate level books have their merits, either in depth and/or rigor, but on average, I think Schroeder's approach will allow the readers to get their feet wet the most effectively. It's perfect as either your first read or as a companion piece to more comprehensive, first year graduate level texts. There are very few critical typos, which I think is important for first time readers trying to parse the difference between the jargon (microstates, macrostates, particle states, system states, multiplicity, density of state...). In any case, the author makes great effort in his definitions of terms. You're in good hands, I promise. This book requires just a bit of multi variable calculus but no vector calculus is required. The various transforms (Legendre, Fourier, Laplace, etc.) are only mentioned briefly as means to obtain important results, but they are not a prerequisite. Familiarity with a very rudimentary level of wave function formalism of quantum mechanics becomes crucial in the later chapters. This text contains very few, completely solved examples. I actually liked this approach since it keeps the book slim and compact. The author explains on his website defending his choice. I think the effort he places in explaining the derivations of key ideas step by step more than makes up for the lack of an easily accessible solution manual. Finally, I like to point out that the price of this modern, hardcover text is close to one-third of its close relatives. Take a look at the price tags of Ahlfors, Baby Rudin, 2nd edition Sakurai, 3rd edition Boas, etc.... It's one of the most generously priced, recently produced hardcover science texts on the market today. Five stars all the way!

This book was absolutely a joy to read, and with only the prerequisites of calculus and Newtonian mechanics, gives a good understanding of classical thermodynamics. The appendix on quantum mechanics was sufficient for me to understand the sixth chapter on statistical mechanics; the book is self-contained.

I’ve been using this text for a year now; its my favorite. The author covers the topic at a sophisticated level, doing so carefully and step-by-step. The exercises are essential, and are just challenging enough to push the student ahead. The writing style is friendly and straightforward. I’ve used a number of other textbooks yet always return to Schroeder.

Very clear presentation of thermal physics. It has a very good problem set - one of the few that derives "moist laps rates" for meteorological cloud formation. It has relegated some central thermodynamic relationships to the problem sets that likely should be marked "must do."

So often, I find upper-division physics books to be lacking in detailed explanation or relevant analogies to help the reader grasp the topic. Statistical physics is a VERY abstract topic, and Schroeder does an excellent job of explaining it in human terms. However, he does not avoid the deep mathematical proofs and work that is required to truly grasp the physics. He simply does both very well. Compared to a Griffiths book (say, EM or QM), Schroeder imparts nearly the same deep understanding, but with a much more easy-to-follow approach. If you are the type of person who can read a Griffiths book and work out the problems by yourself with no additional instruction (and Griffiths leaves a LOT to be discovered by the reader), you would likely not enjoy this book. If you like to be more fully prepared when it comes to working out problems, you will like this book. This could honestly be an outstanding self-study book on the topic.

This book is a great introduction to thermal physics for a physicist, and a fantastic book for chemists who found physical chemistry hand-waving. This books wants you to understand what's going on more than anything. Very self-teachable, that's how I did it. It is on the easy side, and the problems are relatively simple, but if you want an introduction, this is it. Helps with the conceptual understanding better than any other thermodynamics book I've ever read (all physical chemistry books are written by people not able to communicate or don't really understand thermodynamics, just memorize). Stat mechanics in it is a little weak, but still a good introduction.

This was a required textbook for a junior level Thermodynamics class at my university. It showed up in perfect condition. I looked through the book and it looks well-written. It doesn't appear to be one of those tedious books that just have line after line of equations and little explanation. The author actually seems to have taken out the time to describe things narratively. There are a lot of equations, so it's not just some qualitative book. It has a mix of qualitative and qualitative and the sections seem to be natural. Certain methods of doing things appear to be collected in their own chapters and sections; and, terminology had bold faced words with a definition after them, which can be pretty rare to see in physics books. Introduces a concept, gives key words and definitions, describes them and how the pieces fit, and gives examples.

In the first 3 chapters I felt a definite lack of rigor, like I was back in 1st year university course, but I understand now that it was to focus on understanding the concepts in thermodynamics and also to build some intuition for students who (like myself) have not had a formal course in statistics. Chapter 4 is a pretty good section on applied thermodynamics, especially for engineering students. Chapters 5-7 are truly where the rigor picks up, and he derives many of the first results in these chapters, with easy to follow commentary. As someone who took the later part of my course on quarantine, chapter 7 is a bit difficult to grasp if you don't have a professor with you. Other than that my only real complaint is that sometimes the exercises seem more like a test of algebra and patience. Though, this is mostly made up for with a lot of good applied and theoretical questions, so hopefully your professor gives good homework sets. Can't really think of a better undergraduate thermo book!

One of the greatest books I have read on Physics....impressed me through its deep insight...from fundamentals of probability how thermal physics and complicated systems emerge..its simple explanation reminds me of Griffith's Electrodynamics.

時間をじっくりかければとても分かり易いです。これより分かり易い統計力学の本を見つけた事は有りません、文章と数学の量のバランスは完ぺきです。内容もあるていど奥深くまでやっています。この教科書で理解出来なければ、熱力学/統計力学はあきらめざる終えないかもしれません。 基本的に熱力学はマクロ的に説明されている教科書と、ミクロ的（統計力学的）に説明されている教科書に別れているのですが、彼は偏見なく両方の視点から丁寧に説明しています。

Years ago, I had a hardcover copy of this text. It was used, and had writing and highlighting all throughout. Even so, I always regretted selling it. When I saw this copy available, I re-purchased, and have no regrets. Great quality introduction and reference text, with pertinent exercises (although there are no solutions in back). Great price. Excellent condition. Arrived on time. Interesting material, even for those who are not seeking a science background in education.

The university thinks its's good!

Es un buen libro para introducirse en la termodinámica, los temas abarcados son de "amplio espectro", ya que se ven temas de termodinámica y física estadística, me parece muy digerible su desarrollo y además la calidad de impresión de Oxford es muy buena.