Concise and complete textbook on non-relativistic QM

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The discussion centers on the search for a concise yet comprehensive introduction to non-relativistic quantum mechanics (QM). Shankar is noted for its thoroughness but criticized for being overly verbose. Landau's work is considered somewhat outdated and lacks mathematical rigor, while Ballentine is acknowledged for being close to the desired balance but contains subtle errors in its early chapters. Dirac's "Principles of Quantum Mechanics" is mentioned as a terse and effective option, with the emphasis on the need for a self-contained text that does not require external references. The consensus highlights that while Shankar, Landau, and Ballentine are seen as complete, other texts like Griffiths, Scherrer, and Cohen-Tannoudji fall short in this regard.
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I've searched high and low for a terse (yet complete) introduction to the foundations of non-relativistic QM. Shankar is unparalleled in terms of completeness, yet it is infuriatingly verbose. Landau's presentation is a bit dated and difficult to follow in many instances. It is also not as mathematically rigorous as I'd like.

I'd say Ballentine has come closest to satisfying my aforementioned requirements, although it has many subtle errors (at least in its first couple of chapters). Are there any books I've missed in my search?
 
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Dirac's Principles of Quantum Mechanics is terse and good. I'm not sure what you mean by complete.
 
Thanks, I had never heard of Dirac's book until now. By "complete", I mean self-contained, so the reader does not have to refer to external sources due to the author imprecisely glossing over important topics. Landau, Shankar and Ballentine are complete/comprehensive. Griffiths, Scherrer and Cohen-Tannoudji are not.
 

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