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It would be bad if that book were at the level of 'rigor' as Sakurai's Modern QM text. Basically the only rigor I saw in Sakurai's book was in proper usage of the techniques of complex analysis.
Lol you got to love how Sakurai introduces kets and bras without ever mentioning what dual spaces are (heck I don't even remember if he defines what a vector space is xD).dextercioby said:It would be bad if that book were at the level of 'rigor' as Sakurai's Modern QM text. Basically the only rigor I saw in Sakurai's book was in proper usage of the techniques of complex analysis.
WannabeNewton said:Based off of the Amazon preview, this book looks quite similar, in exposition and level of rigor, to Sakurai's text. If you have used Sakurai yourself, would you say Townsend's book is unequivocally better than Sakurai's text? Or at least to first order ?
A good quantum mechanics book for self-learners should cover the basic principles and theories of quantum mechanics, such as wave-particle duality, uncertainty principle, superposition, and entanglement. It should also include mathematical tools and techniques used in quantum mechanics, such as linear algebra and complex numbers.
While a strong background in physics and mathematics can be helpful, it is not necessary to understand a quantum mechanics book for self-learners. Many books are designed for beginners and provide clear explanations and examples to help readers grasp the concepts. However, some familiarity with basic physics and math concepts may make the learning process easier.
Yes, there are many recommended books for self-learning quantum mechanics, such as "Quantum Mechanics: The Theoretical Minimum" by Leonard Susskind and Art Friedman, "Quantum Mechanics Demystified" by David McMahon, and "Introduction to Quantum Mechanics" by David J. Griffiths. It is important to choose a book that suits your learning style and level of understanding.
There are many ways to practice and apply the concepts learned from a quantum mechanics book for self-learners. You can solve practice problems and exercises provided in the book, watch online lectures or tutorials, or join a study group to discuss and apply the concepts with others. You can also try to apply the concepts to real-world examples and experiments.
Yes, a good quantum mechanics book for self-learners can provide a solid foundation for advanced studies in quantum physics. It covers the fundamental concepts and mathematical tools used in quantum mechanics, which are essential for understanding more complex theories and applications. However, it is important to also supplement your learning with other resources and seek guidance from experts in the field.