Quantum Dirac notation based quantum books?

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The discussion revolves around finding a suitable quantum mechanics textbook that aligns with the NPTEL course structure, which introduces concepts like vector spaces and Dirac notation early on. The original poster, an undergraduate physics major, expresses dissatisfaction with Griffiths' textbook due to its delayed introduction of Dirac notation and seeks recommendations for alternatives. Participants suggest several books, including "Modern Quantum Mechanics" by J.J. Sakurai, noting that while it is a graduate-level text, the initial chapters are accessible. Other recommended texts include "The Feynman Lectures on Physics Vol. III," "Quantum Mechanics: A Paradigms Approach" by David McIntyre, and "Lectures on Quantum Mechanics" by Gordon Baym, which is noted for its Dirac orientation. The discussion emphasizes the need for a book that effectively integrates vector space concepts with Dirac notation throughout the learning process.
patric44
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hi
i am recently following the nptel course in quantum mechanics (The Course ) and it seems like a really good course , but i can't find
the book that it based on .
my question is : had anyone saw that course before to suggest a QM book related to it ?
- she began by an introduction to vector spaces and so on and then jumps right away to Dirac notation and i really like that , but the book i currently have is griffith which i don't really like it + it waits too much to introduce Dirac's notation , so is there is any book that does that job ( a little survey on vector spaces - inner products ... then uses Dirac notation all along ?

i am an undergrad student major in physics and i was supposed to take a quantum course this year but the corona virus stopped every thing , and our professor didn't arrange any online lectures or any thing with us basically he asked for a little 10 page research about angular momentum and its eigen values (i had a hard time doing it ) but managed to do it .
the point is , now i didn't take any formal course in QM yet and the next year we have a QM-2 course ?!
so any help will be appreciated .
 
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You could try Modern Quantum Mechanics by J.J. Sakurai.
 
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PeroK said:
You could try Modern Quantum Mechanics by J.J. Sakurai.
would it be too hard for me ? i heard that its a grad level book , or along with the nptel lectures it would be reasonable ?
 
patric44 said:
would it be too hard for me ? i heard that its a grad level book
The opening chapters are definitely not grad level. And you've already got Griffiths for wave mechanics.
 
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It's much clearer than Griffiths, because Griffiths is too sloppy leading to confusion. Maybe if you find Sakurai to advanced, a good additional reading are the Feynman Lectures vol. III or the quantum mechanics volume in the "Theoretical Minimum" series by Suskind.
 
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I very much like Gordon Baym "Lectures on Quantum Mechanics". It is an "easy" grad level text but you do need to know complex functions well. Very Dirac oriented
 

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