Synopsis
This textbook evolved from a course in theoretical nuclear physics taught at the University of Ghent. The nuclear shell model is introduced from basic techniques such as angular momentum and tensor algebra. The material is developed from the beginning up to the present state-of-the-art calculations using self-consistent residual interactions. Problem sets and simple computer codes are included to facilitate a better acquaintance with the subject. The book introduces the subject to advanced undergraduate and graduate students, providing them with knowledge and techniques for their own research in this field. It may also be used by lecturers teaching modern nuclear physics.
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Review
"It is an excellent reference book; every derivation is treated with depth and clarity. graduates will find this book most useful - all the mathematics is covered in detail and clearly explained." Contemporary Physics
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