The discussion revolves around recommendations for introductory books on particle physics, specifically those that provide comprehensive proofs and foundational concepts. Participants express their preferences for texts that delve into the mathematical underpinnings of particle interactions, particularly in the context of Feynman calculus.
Participants express differing opinions on the suitability of recommended texts, with some agreeing on the value of Griffiths while others find it insufficient for their needs. The discussion indicates a lack of consensus on the best approach to learning particle physics, particularly regarding the balance between rigor and phenomenology.
There are references to specific editions and ISBNs for recommended books, but no consensus on which book best meets the original request for comprehensive proofs. The discussion also touches on the distinction between particle physics and quantum field theory, indicating potential confusion in categorizing the desired material.
Thank you! I used that book. It is good indeed, but he doesn't proves anything. All the equations and Feynman rules are just given (maybe a little bit explained at the end). But this is not what I want.dextercioby said:D.J. Griffiths' text is the one I would recommend, 2nd edition of 2008 to be a little more up to date.
Based on this, it appears that what you want is a book on quantum field theory. I think books labeled "particle physics" tend to be more about phenomenology than about a rigorous presentation of the theory.Silviu said:Thank you! I used that book. It is good indeed, but he doesn't proves anything. All the equations and Feynman rules are just given (maybe a little bit explained at the end). But this is not what I want.