"Modern Quantum Mechanics" by Sakurai for First Encounter

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SUMMARY

"Modern Quantum Mechanics" by Sakurai is not suitable as a first introduction to quantum mechanics, as it is intended for first-year graduate students with prior exposure to the subject. The book's abstract nature and high-level content make it challenging for beginners. Recommended supplementary texts include "Quantum Mechanics" by Bransden and Joachain for its lower abstraction level, and "Principles of Quantum Mechanics" by Shankar, which starts with foundational concepts. Other alternatives mentioned are Merzbacher and Messiah, which can also serve as intermediate-level resources.

PREREQUISITES
  • Understanding of single-variable analysis
  • Familiarity with axiomatic set theory
  • Knowledge of abstract linear algebra
  • Basic concepts of set-theoretic topology
NEXT STEPS
  • Study "Quantum Mechanics" by Bransden and Joachain for foundational concepts
  • Explore "Principles of Quantum Mechanics" by Shankar for a gradual introduction
  • Research "Quantum Mechanics" by Merzbacher for intermediate-level challenges
  • Investigate "Quantum Mechanics" by Messiah for additional perspectives on the subject
USEFUL FOR

Students and educators in physics, particularly those beginning their journey in quantum mechanics, as well as anyone seeking to deepen their understanding of quantum theory through structured reading and supplementary materials.

bacte2013
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Dear friends,

Can "Modern Quantum Mechanics" by Sakurai be used as a first introduction to the quantum mechanics, given that I have a professor who can guide my reading and supplementary books? I recently got an opportunity for a reading course in rigorous QM, and I thought Sakurai would be a good book; my mentor let me choose my own book. I can devote 8hrs/week. If Sakurai can be used as a first introduction to acquire reasonable understanding of QM, what books make a good supplement to Sakurai?

I know single-variable analysis, axiomatic set theory, abstract linear algebra, set-theoretic topology, and modern algebra.
 
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Maybe you should ask your professor this.
 
The preface says "This book is intended for a first year graduate student who has studied quantum mechanics at the junior or senior level. It does not provide an introduction to quantum mechanics for the beginner..."

I'd say no, use another text for your intro to QM theory...
 
Sakurai's text is too abstract and high level for a first exposure to the subject. You need another reading before that which emphasizes the motivation behind QM. I like very much the book on QM by Bransden and Joachain. This is intended as preparation for an atomic/molecular physics course (published by them in a different textbook), so the abstraction level is quite low.
 
I have the same understanding of the preface quoted by Dr transport. I would prefer Shankar's text to Sakurai. It is just as advanced, although it starts slower and is longer. It also treats barriers, particle in a box, which Sakurai skips, because he expects the students have seen it before.

You can even use a graduate course textbook like Merzbacher, or Messiah.
At an intermediate level, Merzbacher is a challenge but can be used.
I remember as a graduate (pre-sakurai; pre shankar), I used a combination of Schiff, Merzbacher, Messiah, and Powell and Craseman, looking for the best treatment of the topics. I do think it is better to use mostly one textbook.
 
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