Are you prepping for a (like JAM, GATE, CSIR-NET, or university finals)?

Fermi’s theory of beta decay, neutrino hypothesis, and selection rules.

Physics undergraduates, postgraduates, and engineering students.

This foundational section covers nuclear mass, charge, radius, binding energy, and semi-empirical mass formulas. It establishes the basic vocabulary needed to understand more advanced nuclear dynamics. 2. Nuclear Models

Each chapter concludes with a wealth of exercises, short-answer questions, and numerical problems designed to test understanding and prepare students for exams.

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: It bridges the gap between purely theoretical equations and experimental setups. This structure helps students understand how historical discoveries were verified in laboratories.

Employs detailed illustrations to explain experimental setups and particle accelerators. Core Topics Covered in the Book

The book provides a rigorous mathematical treatment of unstable nuclei. It covers alpha decay (including Gamow’s theory of quantum tunneling), beta decay (Fermi’s theory and the introduction of the neutrino), and gamma transitions (internal conversion and selection rules). 4. Nuclear Reactions and Fission/Fusion

Combines features of both the liquid drop and shell models to explain the rotational and vibrational states of non-spherical nuclei. 3. Radioactivity and Nuclear Decays

Instead of jumping straight into highly complex mathematical abstractions, Tayal builds concepts from foundational experimental observations. This pedagogical approach helps students develop an intuitive understanding of the subatomic world before tackling rigorous mathematical derivations. 2. Core Topics and Chapter Breakdown

Explains nuclear fission and binding energy curves.

: The book specifically mirrors the undergraduate (B.Sc.) and postgraduate (M.Sc.) physics syllabi of major universities. It covers fundamental particle dynamics up to complex quantum mechanical models.