Where to study "Group Theory Physics"?

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SUMMARY

The discussion centers on the application of group theory in physics, particularly for those pursuing a PhD. Participants emphasize the importance of choosing physics programs over math programs for a deeper understanding of real-world applications, especially in theoretical particle physics and condensed matter physics. Recommended resources include the book "An Introduction to Tensors and Group Theory for Physicists" by N Jeevanjee. The conversation highlights the versatility of group theory, noting its relevance in various fields, including biophysics and computer science.

PREREQUISITES
  • Understanding of group theory fundamentals
  • Familiarity with theoretical particle physics
  • Knowledge of condensed matter physics
  • Basic concepts in mathematical physics
NEXT STEPS
  • Research theoretical particle physics applications of group theory
  • Explore condensed matter physics and its relationship with group theory
  • Study "An Introduction to Tensors and Group Theory for Physicists" by N Jeevanjee
  • Investigate the use of group theory in biophysics and computer science
USEFUL FOR

Students and researchers in physics, particularly those interested in theoretical particle physics, condensed matter physics, and the mathematical applications of group theory in various scientific fields.

cuallito
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The field of physics I'm most interested in is group theory. I know it's technically a math subject, but I'm interested in using it in physics. So I guess you'd say "group theory applications in physics." I already have a Bachelor's in Engineering Physics from University of Oklahoma. I want to go for my PhD in this area. Should I be looking at physics or math programs? Any specific universities where this type of research is happening?
 
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I don't know a lot about the really deep applications of group theory (crystallography is one area), but if you are more interested in understanding the laws of nature than in doing math for math's sake, you should do physics, even if it means you end up not using much group theory. In math departments, there are only a few people who know physics well enough to have much more than a superficial relationship to real physics.
 
Look into theoretical particle physics.
 
When it come to continuous symmetry operations, physics dominates in applications. I'd recommend checking out a book called An Introduction to Tensors and Group Theory for Physicists by N Jeevanjee.

However, group theory finds application in many other places. Here's a computer science problem that was solved with group theory techniques: http://users.cms.caltech.edu/~umans/papers/CKSU05.pdf
bluechic92 said:
Look into theoretical particle physics.

Particle physics definitely has a huge variety of group theory applications. I wanted to add if you study any field of physics you will encounter group theory again.

I know some math guys that study group theory for physics applications (topological insulators) as well, but it's a different style of research. Different strokes for different folks
 
Now is a really dreadful time to be aiming at particle physics, the field seems to be continually shrinking. Condensed matter seems to involve some group theory if that's your cup of tea.

EDIT: That said you can find group theory applied practically anywhere but your mileage may vary. I saw a review paper a few months ago on applications of group theory to biophysics, which is not a subject anybody would expect to involve group theory.
 
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