A Course in Modern Mathematical Physics [Peter Szekeres]

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SUMMARY

The discussion centers on "A Course in Modern Mathematical Physics" by Peter Szekeres, highlighting its effectiveness as a self-study resource in mathematical physics. Participants express appreciation for the book's comprehensive coverage of mathematical concepts and seek solutions to exercises and a list of errata. The conversation indicates a shared interest among users in collaborating to solve problems and verify results, emphasizing the book's value in the academic community.

PREREQUISITES
  • Familiarity with mathematical physics concepts
  • Understanding of exercise problem-solving techniques
  • Knowledge of errata documentation in academic texts
  • Basic familiarity with mathematical literature
NEXT STEPS
  • Research solutions manuals for "A Course in Modern Mathematical Physics"
  • Explore errata lists for academic textbooks
  • Investigate collaborative study techniques in mathematical physics
  • Review other recommended texts like Schutz's "Geometrical Methods of Mathematical Physics"
USEFUL FOR

Students and self-learners in mathematical physics, educators seeking resources for teaching, and anyone interested in collaborative problem-solving in advanced mathematics.

nitin
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Hi all

I'm currently self-studying a relatively new book, "A Course in Modern Mathematical Physics", by Peter Szekeres, retired fellow at Uni of Adelaide (yes, he's the son of George Szekeres, of "Kruskal-Szekeres coordinates" fame :wink: ). I find it so far to be a totally great book! I haven't read many introductory math-phys books (I'm a fan of Schutz's "Geometrical Methods of Mathematical Physics" and Prakash's "Mathematical Perpectives on Theoretical Physics"), but this one is fantastic and covers a lot of interesting maths. I was wondering if anybody happens to have the solutions to the exercises found within. I've been stuck on a couple of the problems, and I would like to check them out with someone.

Nitin
 
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I'm also using this book for self study. I agree that it's an excellent exposition on math physics. A solutions manual would be great.
 
Does anybody have a list of errata for this book?
Thanks,
Goldbeetle
 
I suppose you could all compare results! If only the replies weren't two years apart.
 
Actually, I was just interested in the list of the book errata...
 

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