Overall, these drawbacks are relatively minor for the intended audience (senior undergraduate to early‑graduate students). | Book | Target Level | Unique Selling Point | Overlap with Tayal | |------|--------------|----------------------|--------------------| | Krane – Introductory Nuclear Physics | Undergraduate | Concise, excellent introductory chapter on nuclear models | Similar first‑half content; Tayal is more extensive with later chapters. | | B. R. Mottelson & A. Bohr – Nuclear Structure (Vol. 1 & 2) | Graduate | Deep theoretical treatment of collective models | Tayal provides a more pedagogical entry point before diving into Bohr‑Mottelson. | | C. A. Bertulani – Nuclear Physics in a Nutshell | Advanced undergrad / early graduate | Emphasis on modern experimental techniques & reaction theory | Tayal offers broader coverage of applications (reactors, astrophysics). | | J. J. Nolan – Nuclear Physics: Principles and Applications | Undergraduate | Strong focus on practical applications (medical, industry) | Tayal’s later chapters align but with greater theoretical depth. |

“Nuclear Physics” by D. C. Tayal is a well‑balanced, thorough textbook that successfully guides students from the basics of nuclear structure to contemporary research topics. Its strongest attribute is the pedagogical progression that mirrors the historical development of the field, while the problem sets encourage both conceptual understanding and quantitative competence. Minor gaps in modern many‑body theory and computational guidance can be easily supplemented with external resources.