Best quantum mechanics text for reference in condensed matter theory

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SUMMARY

The discussion centers on recommendations for quantum mechanics textbooks suitable for condensed matter theorists. Users highlight Shankar's text as overly verbose for graduate-level study, while praising Sakurai's approach. Schiff's 3rd edition is recommended for its mathematical clarity, despite some criticism regarding physical motivation. Merzbacher's text is noted as less favorable, and Gottfried/Yan is acknowledged for its advanced treatment of scattering theory, which may not align with condensed matter needs.

PREREQUISITES
  • Familiarity with quantum mechanics fundamentals
  • Understanding of condensed matter theory concepts
  • Experience with graduate-level physics coursework
  • Knowledge of quantum transport phenomena
NEXT STEPS
  • Explore Sakurai's "Modern Quantum Mechanics" for advanced concepts
  • Study Schiff's "Quantum Mechanics" (3rd ed.) for mathematical rigor
  • Investigate Gottfried and Yan's text for insights into scattering theory
  • Research quantum transport and thermoelectric junctions for practical applications
USEFUL FOR

Condensed matter physicists, graduate students in physics, and researchers focusing on quantum transport and related applications will benefit from this discussion.

bjnartowt
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Hi everyone, I would like to ask if anyone can recommend a quantum mechanics textbook as reference for a condensed matter theorist. I am reading a book that requires material I do not remember seeing in my (voluminous) grad QM text (Shankar). It seems to me all quantum textbooks have their strengths and weaknesses.

My grad QM class used Shankar's text, which I found to be better suited for an undergrad class; it is too "talky" [which, in fact, is why I am looking for a new reference]. I took 1 semester out of Sakurai in my M.S. school, and really liked it. I hear (the late) Merzbacher's text is ok. I am told that Gottfried/Yan is advanced, elegant, and lucid, but emphasizes scattering theory, which is somewhat-irrelevant to condensed matter.
 
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I never much liked Merzbacher (I used the 2nd ed.). Try Schiff (3rd ed.). It's a grad level text that's mathematical, to the point, and clear. He is sometimes accused of not motivating results physically, but I don't find agree. He doesn't cover applications but ably covers all the QM basics you'd expect.
 
Are you looking into any specific condensed matter?
 
The field of condensed matter I'm in right now is quantum transport, where I am building a transmission function for a thermoelectric junction and considering various interactions.
 

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