Provides a systematic and orderly development of the whole of quantum mechanics in terms of its applications to atomic, nuclear, particle, and solid state physics.
This book is a really comprehensive treatment of QM that maintains a consistent presentation throughout the book. I really enjoyed that it motivates the Schrodinger equation from the Hamilton-Jacobi equation of classical mechanics. This puts the book in a weird place though, because it's an introduction to QM, but you probably won't see things like the HJE until graduate school. Nevertheless, it remains one of my favorite books.
The rating is based on the structure of the textbook. The textbook is focused for graduate level. When reading it you should understand it will approach the subject at that level. Now, why only 3 stars for the second edition as the third edition might have improved.
This textbook had virtually no examples. Mr. Merzbacher provided Exercises that the reader would have to work out (hopefully). Many times it appeared that he would just pull things out of thin air, and would say, "It works.". There was no explanation as to why or where did this come from.
Was the book complete? Yes. It went through the check list. But it was as dry as a check list. It was correct in its mathematics and physics. No complaints, but no applause.
This was not my first Quantum Mechanics book, both undergraduate and graduate. Maybe I expected more, but it didn't deliver.
As a reference book, it could fill that role. As a textbook for learning (particularly for autodidactic) not so much. This book would be okay with a good instructor discussing it.
I would group this with Messiah's Quantum Mechanics book(s), in that it covers the material but wouldn’t recommend it.