Quantum QM Alternatives to Shankar for Undergraduate Level

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The discussion centers on the challenges of using Shankar's Quantum Mechanics textbook for an undergraduate course, particularly regarding its omission of details in derivations and formatting issues. The user is seeking alternative resources that cover similar content, including symmetry, relativistic quantum mechanics, and path integrals, while maintaining a comparable level of complexity. Recommendations include Sakurai's textbook, which is favored for its thoroughness, as well as McIntyre's "Quantum Mechanics: A Paradigms Approach" and Marvin Chester's "Primer of Quantum Mechanics" for supplemental intuition. Additionally, online resources from Prof. Fitzpatrick are mentioned as valuable and cost-effective alternatives. Overall, Sakurai emerges as the most recommended option to meet the user's needs.
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I am currently taking a second course on QM (at undergraduate level). The official texts of my course are Griffiths (we are covering the second half of it) and Shankar (for everything that is not in Griffiths). But after reading Shankar for a while, I found myself not really liking the book too much. I particularly don't like the way he often omits many of the details in his derivations (well, I know sooner or later I'm going to face books even harder to read than that, i.e Jackson) and also the way the book styles / formats the equations .

So I just wonder if there are other books (or whatever online resource) that cover at least as much as Shankar (from the basics all the way up to symmetry, relativistic QM and possibly path integrals) while staying at about the same level as Shankar?Thanks.
 
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AstroK said:
I am currently taking a second course on QM (at undergraduate level). The official texts of my course are Griffiths (we are covering the second half of it) and Shankar (for everything that is not in Griffiths). But after reading Shankar for a while, I found myself not really liking the book too much. I particularly don't like the way he often omits many of the details in his derivations (well, I know sooner or later I'm going to face books even harder to read than that, i.e Jackson) and also the way the book styles / formats the equations .

So I just wonder if there are other books (or whatever online resource) that cover at least as much as Shankar (from the basics all the way up to symmetry, relativistic QM and possibly path integrals) while staying at about the same level as Shankar?Thanks.
Quantum Mechanics: A Paradigms Approach by McIntyre.
 
I like Sakurai. My two go-to recommendations are Shankar and Sakurai, but since you already have access to Shankar and it's not doing it for you...

I like Griffiths more than most, but it isn't the most precise text.

For your purposes, I'd recommend Sakurai. Another text I like for intuition is Primer of Quantum Mechanics by Marvin Chester. It's not a truly complete introduction, but I like it as a purely supplemental.
 
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I agree that Shankar leaves a lot to be desired. I second @The Bill's suggestion of Sakurai.
 
Thanks everyone.

I had checked all the resource being suggested so far, and it seems only Sakurai cover everything that Shankar got. I will definitely try out Sakurai (we use it for graduate QM, so our library has several copies of it), and meanwhile any other suggestions are also welcomed.
 
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I've gone through the Standard turbulence textbooks such as Pope's Turbulent Flows and Wilcox' Turbulent modelling for CFD which mostly Covers RANS and the closure models. I want to jump more into DNS but most of the work i've been able to come across is too "practical" and not much explanation of the theory behind it. I wonder if there is a book that takes a theoretical approach to Turbulence starting from the full Navier Stokes Equations and developing from there, instead of jumping from...

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