Textbook on crystal field theory and degeneracy breaking

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SUMMARY

This discussion centers on the need for resources that connect group theory, crystal field symmetries, and the breaking of orbital degeneracies. Participants recommend Albert Cotton’s “Chemical Applications of Group Theory” as a comprehensive resource that delves into these topics. The consensus is that while a dedicated textbook may not be necessary, fundamental concepts can be found in standard inorganic chemistry texts. The discussion highlights the importance of understanding group theory as a prerequisite for mastering these advanced concepts.

PREREQUISITES
  • Basic knowledge of group theory
  • Understanding of crystal field theory
  • Familiarity with orbital degeneracies
  • Background in inorganic chemistry
NEXT STEPS
  • Study Albert Cotton’s “Chemical Applications of Group Theory”
  • Research crystal field theory applications in inorganic chemistry
  • Explore advanced group theory concepts relevant to condensed matter physics
  • Investigate the mathematical framework of degeneracy breaking
USEFUL FOR

Graduate students in physics and chemistry, researchers in condensed matter physics, and anyone interested in the interplay between group theory and crystal field theory.

vancouver_water
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In particular I would like to have a resource for the relation between group theory, crystal field symmetries and breaking of degeneracies of orbitals.

I've taken a graduate condensed matter course and graduate quantum mechanics courses. I have some basic knowledge of group theory but can learn what I need if the book has more group theory pre requisites.

Thanks
 
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I don’t know if you need a whole book on it. The basics can be found in pretty much any decent inorganic chemistry book. Albert Cotton’s “Chemical Applications of Group Theory” goes into somewhat more depth.
 
Thanks for the suggestion, I'll check it out.
 

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