What is the best reference for understanding group theory in particle physics?

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SUMMARY

Group theory is essential for understanding particle physics, and beginners should start with introductory texts before delving into more complex theories. Recommended resources include "Introduction to Elementary Particles" by David Griffiths and "Symmetries in Quantum Physics" by Walter Greiner. The 1965 edition of "The Fundamental Particles" by Clifford E. Swartz may be outdated, so newer references are advisable for current theories and applications.

PREREQUISITES
  • Basic understanding of particle physics concepts
  • Familiarity with introductory group theory
  • Knowledge of quantum mechanics principles
  • Access to academic texts and e-books on the subject
NEXT STEPS
  • Read "Introduction to Elementary Particles" by David Griffiths
  • Study "Symmetries in Quantum Physics" by Walter Greiner
  • Explore recent publications on group theory applications in particle physics
  • Investigate online resources or e-books that cover modern developments in particle physics
USEFUL FOR

Students and researchers in physics, particularly those new to group theory and particle physics, will benefit from this discussion and the recommended resources.

preet0283
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group theory is an integral part of particle physics and one needs a good understanding of this before one switches on to reading particle phy ...please give me a good reference for this ... i m new to both group theory and particle physics ...thosugh i 've read about the historical evolutions of the subject ...if there is an e-book available please let me know abt it ...i 've gone through "THE FUNDAMENTAL PARTICLES by clifford e.swartz" 1965 edition ...i hope the edition is not 2 old ...coz i m afraid that things explained r not reviewed from then ...
please help ...
thanx
 
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Start with Griffiths' intro text on the subject of elementary particles and just then u can worry about group theory. For example, Greiner's text on symmetries in Quantum Physics.

Daniel.
 
thanx so mch
 

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