Tips for Studying Graduate-Level EM and Statmech with Jackson and Pathria

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Discussion Overview

The discussion centers around strategies for studying graduate-level electromagnetism (EM) and statistical mechanics (statmech) using the textbooks by Jackson and Pathria. Participants share their experiences and recommendations regarding supplementary materials and study techniques.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant notes the importance of reviewing mathematical subjects such as vector calculus, differential equations, and linear algebra before tackling the courses.
  • Another participant recommends consulting supplementary texts alongside Pathria, suggesting Kardar's materials for additional clarity.
  • A participant highlights Jackson's comprehensive treatment of classical electromagnetism and its mathematical methods, while expressing a preference for the second edition due to its consistent use of Gaussian units.
  • Some participants mention the beauty of the subject being better revealed through a relativistic classical field theory approach, recommending Landau-Lifshitz as a parallel read.
  • Franklin's book is suggested as a potential supplement to Jackson, with one participant noting its solid content and similarities to Griffiths in style.
  • General advice is offered regarding class attendance and study techniques, including the suggestion to focus on derivations in the textbook rather than taking notes during lectures.
  • One participant cautions against relying too heavily on the textbooks, suggesting that they may not be suitable for self-study and recommending more practice with examples instead.

Areas of Agreement / Disagreement

Participants express a mix of opinions on the effectiveness of the textbooks for self-study, with some advocating for supplementary materials and others suggesting a focus on lecture notes and examples. No consensus is reached regarding the best approach to studying these subjects.

Contextual Notes

Some participants mention the difficulty of the textbooks and the varying levels of clarity in explanations, indicating that additional resources may be necessary for effective understanding.

Who May Find This Useful

Graduate students preparing for courses in electromagnetism and statistical mechanics, particularly those using Jackson and Pathria as primary texts.

snatchingthepi
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So this coming semester I'm taking my first courses in graduate level EM and statmech using Jackson and Pathria. My first term was softer academically, so I've taken the time to review certain mathematical subjects - vector calculus, DEs, and linear algebra. Does anyone have any particular advice for studying with these books for these course?
 
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Pathria is really good, but it still might be helpful to consult some supplementary texts if you find an occasional explanation in there unclear. Kardar, whose notes and book I also like, has a good list here: http://web.mit.edu/8.333/www/admin/Organization.html.
 
Concerning Jackson: It's of course a great standard source to learn all the details of classical electromagnetism, including a thorough treatment of the mathematical methods used to solve partial differential equations. It's also the only book I know where the complete multipole expansion for wave fields is treated in all details (though I prefer a group-theoretical approach using representation theory of the rotation group, but at the end of the day the results are of course the same). The 3rd edition is spoiled by using the SI and then switching to (un-rationalized) Gaussian units. That's why I'd prefer the 2nd edition which is more coherent, using the Gaussian units throughout.

What I feel gets lost in Jackson is the beauty of the subject which is only revealed using a treatment in terms of a relativistic classical field theory. That's unfortunately only treated very late in Jackson's book (though that treatment is also a masterpiece). That's why I recommend to also read Landau-Lifshitz vol. 2 in parallel, where everything is treated relativistically from the very beginning.

Another very good book is J. Schwinger, Classical electrodynamics. This I particularly recommend for the treatment of cylinder-symmetrical problems. The introduction of the cylindrical Bessel, Neumann, and Hankel functions is a gem!
 
Thank you both very much. I was planning on purchasing a couple supplement texts, so I'll definitely check out those you've recommended.
 
jasonRF said:
If your library has a copy of Franklin's book
https://www.amazon.com/dp/0486813711/?tag=pfamazon01-20
it may also be worth a look as a possible supplement to Jackson.

I checked out Franklin's book on Scribd and it looks very solid. Thank you. I thought it funny that the cover, font, typesetting, tone, and contents all remind me of Griffiths.
 
The following is my general advice for high level courses, if the prof is following a textbook.

Go to class and don't bother taking notes. Most of the reason you are attending class is to use it as a review/preview and to see what the prof emphasizes. Outside of class, you should just sit down and go through every derivation and calculation in the textbook. Try to stay ahead of the prof though.

Before you start any derivation from the book, I suggest you skim the derivation by going backwards through it. Start with the final result and work your way back and see if you can find where each variable and constant first appears. Once you've done a recon of the derivation then try to follow it forward.
 
snatchingthepi said:
So this coming semester I'm taking my first courses in graduate level EM and statmech using Jackson and Pathria. My first term was softer academically, so I've taken the time to review certain mathematical subjects - vector calculus, DEs, and linear algebra. Does anyone have any particular advice for studying with these books for these course?
I think you should stick with your professor lecture notes and avoid engaging the reading of both of them, they are really difficult to read, and they are not for self study , so I think for both of your courses just try to do more examples .
 

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