The discussion revolves around recommendations for books related to high energy physics (HEP) and group theory, particularly focusing on texts that aid in understanding HEP data analysis and the concepts of symmetry. Participants share their preferences and experiences with various titles, exploring both introductory and advanced materials.
Participants express varying preferences for different textbooks, indicating no consensus on a single best resource. Multiple competing views on recommended texts remain, particularly regarding introductory versus advanced materials.
Some recommendations depend on the reader's background and familiarity with the subject matter, and there are mentions of personal experiences with the texts that may influence their effectiveness for different learners.
Readers interested in high energy physics, group theory, and those seeking textbook recommendations for academic study or personal enrichment may find this discussion beneficial.
vanhees71 said:A very good combination of both aspects are the 3 vols. by Weinberg:
S. Weinberg, Quantum Theory of Fields, 3 Vols., Cambridge University Press
It's however not ideal as an introductory textbook. You should complement it by some more introductory book, also dealing with phenomenology, for which I recommend
O. Nachtmann, Elementary Particle Physics, Springer-Verlag
D. H. Perkins, Introduction to high-energy physics, Cambridge University Press
I see. Good thing is this is the preferred textbook for our Group Theory class. Thank you very much! I have decided to find myself a copy of Wu Ki Tung's book.Dr Transport said:I prefer Wu Ki Tung for continuous group theory
I have had it for almost 30 years, read it on occasion and realize just how much I forgot over the years...ace_09 said:I see. Good thing is this is the preferred textbook for our Group Theory class. Thank you very much! I have decided to find myself a copy of Wu Ki Tung's book.
Dr Transport said:I have had it for almost 30 years, read it on occasion and realize just how much I forgot over the years...
Based on the title, I think it's a complete one. Thank you for the linkibkev said:Here is the final draft version of Peter Woit's book called "Quantum Theory, Groups and Representations: An Introduction" published by Springer later this year.
http://www.math.columbia.edu/~woit/QMbook
ace_09 said:Coming from your experience, I am more convinced that I should really get a copy of this book.