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pallab
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please suggest me a good book on the high energy physics where group theory is discussed for the beginner.
While this is true, in my experience, you will not find a HEP book that covers group theory to any larger extent apart from the very basics needed for the applications relevant to that book only. If you want a somewhat deeper introduction to group theory in physics, there are many dedicated books for this.ChrisVer said:Any book in particle physics will devote some part to group theory in high energy physics (e.g. Griffith's "introduction to elementary particles").
Group theory in High Energy physics is a mathematical framework used to describe symmetries and transformations in physical systems, particularly those involving particles and interactions at high energies. It involves the study of groups, which are mathematical structures that represent symmetries, and how they relate to physical phenomena.
Group theory is important in High Energy physics because it provides a powerful tool for understanding and predicting the behavior of particles and their interactions. It allows physicists to identify and classify symmetries in physical systems, which can lead to deeper insights and more accurate predictions.
Some good books on Group theory in High Energy physics include "Group Theory and Its Applications in Physics" by Wu-Ki Tung, "Symmetry and the Standard Model: Mathematics and Particle Physics" by Matthew Robinson, and "Lie Algebras in Particle Physics: from Isospin to Unified Theories" by Howard Georgi.
While not strictly necessary, knowledge of Group theory is highly beneficial for understanding High Energy physics. It provides a powerful framework for organizing and interpreting complex physical systems, and many fundamental concepts in High Energy physics, such as gauge theories and symmetries, are based on Group theory.
Yes, there are several online resources for learning Group theory in High Energy physics, such as lecture notes and video lectures from universities, online courses, and interactive tutorials. Some recommended resources include "Group Theory for Physicists" by Eric Weinstein, "Symmetry and Geometry in Particle Physics" by John Baez, and the "Particle Physics Booklet" by the European Organization for Nuclear Research (CERN).