Good introduction for dirac notation

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The discussion centers on the need for resources to understand Dirac notation in the context of quantum mechanics, particularly for someone with a mathematics background. Recommendations include "Modern Quantum Mechanics" by Sakurai, noted for its depth but not suitable for absolute beginners, and "Principles of Quantum Mechanics" by Shankar, which offers a more accessible introduction. While some resources provide practical guidance on using Dirac notation, a deeper understanding requires a foundation in mathematics, specifically linear algebra. A suggested free resource is "Linear Algebra Done Wrong," which can help build this foundational knowledge. Further study in functional analysis may enhance understanding, though it may be considered excessive for some learners.
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Hi guys,
I m reading some theoretical physics paper that requires knowledge of dirac notation if someone could point me out to a good tutorial on it I come from a math background but I am studying this paper with my supervisor.
 
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If you have already studied some QM (i.e have come across the SE and so on) I would recommend Modern Quantum Mechanics by Sakurai.
It is NOT a good book for absolute beginners, but then I don't think Dirac notation is usually covered in books for beginners (e.g. Griffith)
 
I always liked the introduction by Shankar in the first chapter of his book ("Principles of Quantum Mechanics"). It requires very little prior knowledge and is quite pedagogical.
 
The above replies are excellent if you want to get used to Dirac notation and if you want to be able to work with it. However, if you want to understand what it really is, then you will need to study some mathematics. I suggest the excellent free book "linear algebra done wrong": http://www.math.brown.edu/~treil/papers/LADW/LADW.html This will give you a good start. For ever more understanding, you will need functional analysis, but that might be overkill.
 
Thanks a lot for the replies guys
 
i am self learning physics. have you ever worked your way backwards again after finishing most undergrad courses? i have textbooks for junior/senior physics courses in classical mechanics, electrodynamics, thermal physics, quantum mechanics, and mathematical methods for self learning. i have the Halliday Resnick sophomore book. working backwards, i checked out Conceptual Physics 11th edition by Hewitt and found this book very helpful. What i liked most was how stimulating the pictures...

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