What is the best textbook for studying Quantum Mechanics?

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SUMMARY

The discussion centers on selecting the best textbook for studying Quantum Mechanics (QM). Participants emphasize the necessity of prior knowledge in classical mechanics and electromagnetics before delving into QM. Recommended textbooks include "Messiah," "Shankar," "Lectures on Quantum Mechanics: Basic Matters" by Berthold-Georg Englert, and works by J.J. Sakurai and P.A.M. Dirac. The consensus is that the best textbook varies per individual, highlighting the importance of personal learning preferences.

PREREQUISITES
  • Classical mechanics
  • Electrodynamics
  • Ordinary differential equations
  • Linear algebra
NEXT STEPS
  • Explore MIT's "Opencourseware" for physics resources
  • Study "Quantum Mechanics" by Shankar for foundational concepts
  • Read "Lectures on Quantum Mechanics: Basic Matters" by Berthold-Georg Englert for an inductive approach
  • Investigate J.J. Sakurai's and P.A.M. Dirac's works for advanced topics
USEFUL FOR

Students of physics, educators in quantum mechanics, and anyone seeking to enhance their understanding of Quantum Mechanics through diverse textbook options.

Robert25
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I am passionate about physics. I have had ordinary differential equations, linear algebra, single, multivariable calculus and mathematical statistics. Before I study Quantum Mechanics, I plan on studying classical mechanics, electrodynamics and waves. I plan to use MIT's "Opencourseware" to study physics. Why does MIT use 7 different QM textbooks for QM II and III? What is the best QM textbook?
 
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The best book is the one that suits you best :smile:
Because no book is exactly tailored to your specific needs and tastes, you will have to look into several different books. And the optimal mix will be different from person to person...

Personally, I liked the old "Messiah" a lot (except for the last chapters in Vol II which are a bit outdated) as starters.

Eh, and yes, you first need to know rather well classical mechanics and electromagnetics before jumping on the quantum train...
 
Shankar does a pedagogically excellent job covering the basics and includes some advanced topics (like path integrals) as well. A good content/price value.

I also like a pleasant little book, Lectures on Quantum Mechanics: Basic Matters by Berthold-Georg Englert. He inductively "derives" the rules of QM from Stern-Gerlach experiments. Englert's book seems to be based on Julian Schwinger's writings, but is a much easier read.
 
I like Claud-Cohen Tannoudji. Every man to his own. So no one else can pick the best book
for you.
 
J.J. Sakurai and P.A.M. Dirac are all that one needs
 
I still haven't seen a well organized physics book of any kind. Or math book for that matter. They mix everything together in one long explanation. It's like taking a large plate of very well prepared foods of various kinds, and mixing it all together. Sure all the good stuff is still there; but you have to pick through it to find what you want. I would like to see physics and math books setup more like a discussion for one part and then the next part (of the same section in the chapter) will just be more like a reference book. Oh and more pictures (I'm a visual learner). Anyone know of any physics books like that? :D
 

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