Which textbook to learn scattering theory from

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When exploring scattering theory in quantum mechanics, several textbooks are recommended, including Sakurai, Merzbacher, and Landau. Landau's book is praised for its insightful introductory chapters, but it is noted to be challenging for beginners due to its mathematical rigor and terse explanations. Sakurai is suggested as a more accessible option for initial study. Additionally, Taylor's book on non-relativistic scattering theory is recommended as a foundational resource. Other notable mentions include Roger G. Newton's "Scattering Theory of Waves and Particles" and N. F. Mott and H. S. W. Massey's "Theory of Atomic Collisions." A solid understanding of complex calculus, contour integration, and related mathematical concepts is emphasized as essential for grasping scattering theory effectively.
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I'm trying to learn scattering theory in quantum mechanics. and I'm trying to decide between Sakurai, Merzbacher and Landau.
I heard good things about Landau's books but I never looked at them.
any advice?
 
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I don't know your suggestions, but if you've got the time, I would recommend Taylor's book about non-relativistic scattering theory as a foundation.
 
I did not study scattering theory much, but here is what I think:

It is always good to confront more than one good book. The books you mentioned are standard well-known textbooks, so every one is definitely worth looking into.

The book on quantum theory by Landau and Lifgarbagez is a very good one, particularly because of the very interesting introductory chapters where they explain also subtler points concerning Schroedinger equation and its solutions, density matrix etc.

However, when I came to scattering theory, L&L was too hard for me, I tried for few days but I did not get through. It requires quite a lot of math and is quite terse for a beginner. Sakurai may be better for first reading.

Also, this book may be of help:

N. F. Mott, H. S. W. Massey, Theory of Atomic Collisions, Oxford University Press, 1987
 
Serious scattering theory by definition requires rigged Hilbert space techniques and has, to my knowledge, not fully been completed, though chapters have been developed by Arno Böhm's pupils.

The complex calculus without worrying about topology should be the standard requirement to go to Merzbacher's or Sakurai's textbook.
 
Very careful and clear book:

Scattering Theory of Waves and Particles
Roger G. Newton

Courier Dover Publications, 1982 - 745 pages
 
Look at weinberg QFT , his chapter on scattering is clear and he treats the general situation in a concise manner , I think that you need to understand contour integration ,green functions and spherical harmonics to properly understand scattering . Also , L&L is very good
 
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