QM1: Book on Dirac Picture | Griffiths/Shankar Level

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SUMMARY

The discussion centers on the Dirac picture of quantum mechanics and its relevance to undergraduate studies. The user seeks a textbook comparable to Griffiths or Shankar that covers this topic. It is concluded that while a dedicated book on the Dirac picture may not exist, standard quantum mechanics texts such as Shankar and Sakurai address the interaction picture, which simplifies time-dependent perturbation theory. Griffiths does not cover this aspect.

PREREQUISITES
  • Understanding of quantum mechanics fundamentals, particularly the Schrödinger picture.
  • Familiarity with time-dependent perturbation theory.
  • Knowledge of standard quantum mechanics textbooks, specifically Griffiths and Shankar.
  • Basic concepts of the interaction picture in quantum mechanics.
NEXT STEPS
  • Study "Principles of Quantum Mechanics" by R. Shankar for insights on time-dependent perturbation theory.
  • Explore "Modern Quantum Mechanics" by J. J. Sakurai for a comprehensive understanding of the interaction picture.
  • Research the Dirac picture in quantum mechanics through academic papers and online resources.
  • Review supplementary materials on perturbation theory to solidify understanding of its applications in quantum mechanics.
USEFUL FOR

Students of quantum mechanics, particularly those in undergraduate programs, and educators seeking to enhance their curriculum with advanced topics related to the Dirac picture and time-dependent perturbation theory.

sph3rical
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I've taken a course in QM 1, based on the Schrödinger picture and QM 2 looks to be a continuation of this picture.

Looking through Wikipedia, I found the article on the Dirac picture. Is there a good undergraduate (at the level of Griffiths or Shankar) textbook on this picture of QM? Since Statistical mechanics, Dirac has been a sort of idol of mine and I'd like to learn more about this picture.

Thanks.
 
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I don't think you will get an entire book on that. The interaction picture is basically developed to make time-dependent perturbation theory easier to deal with. You can look in probably Shankar or Sakurai or any standard QM book on the time-dependent perturbation theory and the interaction picture will probably pop up. Not in Griffiths though.
 
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