25 Best Books on Nuclear Physics

“Atomic and Nuclear Physics Vol. II” Book Review: This book provides the basics of atomic and nuclear physics. Major chapters discussed are relativity, quantum mechanics, mechanics, X-rays and atomic physics. Other topics mentioned are molecular physics, structure of nuclei, nuclear models, Raman effect and spectroscopic techniques. Questions and answers are added at the end of every chapter. Radioactivity, radioactive radiation, nuclear models, nuclear reactions and charged particle accelerators will be explored. The book also discusses nuclear forces, elementary particles and cosmic rays, and the two-body problem. This book will be useful for undergraduate and postgraduate students of Physics. Multiple solved examples are described in this book as well. Students studying for IAS, AMIE and other competitive examinations can benefit from this book.

“Structure of The Nucleus” Book Review: This book consists of the core principles of structure of the nucleus. Chapters such as two-nucleon force, basic model-independent nuclear properties are added. Other topics namely the experimental results of nuclear models and their bases in fundamental theory, alpha-decay and fission are also introduced. Worked out examples are provided for easy understanding of concepts. This book can be useful for applied physics students.

“Structure of The Nucleus” Book Review: This book consists of the core principles of structure of the nucleus. Chapters such as two-nucleon force, basic model-independent nuclear properties are added. Other topics namely the experimental results of nuclear models and their bases in fundamental theory, alpha-decay and fission are also introduced. Worked out examples are provided for easy understanding of concepts. This book can be useful for applied physics students.

“Fundamentals in Nuclear Physics: From Nuclear Structure to Cosmology” Book Review: This book presents the concept of nuclear physics and its applications. Important chapters covered are basic concepts in nuclear physics, nuclear models and stability, nuclear reactions. Other topics mentioned are nuclear decays and fundamental interactions, fission, fusion, nuclear astrophysics. Exercises and problems are added for students’ practice. Bibliography is added at the end of every chapter for further reading. This book is suitable for astrophysics and advanced physics students.

“Dynamics of the Standard Model (Cambridge Monographs on Particle Physics, Nuclear Physics and Cosmology)” Book Review: This book describes the core principles of particle physics and its applications. Main chapters included are standard model, effective field theory, major advances in CP violation and electroweak physics and path integral methods. Other topics mentioned are calculation of physical properties of particles, the discovery of the Higgs boson, neutrinos. Proper equations and methods are discussed at length. This book is useful for physics and cosmology students.

“Nuclear Models” Book Review: This book includes complete knowledge regarding nuclear models and electrodynamics. Main chapters involved are symmetries, second quantization, group theory in nuclear physics, electromagnetic moments and transitions. Other topics mentioned are collective models, microscopic models, large-amplitude collective motion, interplay of collective and single-particle motion. Diagrams and equations are discussed thoroughly throughout the book. This book is beneficial for diploma and applied physics students.

“The Lund Model (Cambridge Monographs on Particle Physics, Nuclear Physics and Cosmology)” Book Review: This book consists of the infamous Lund model inspired from quantum chromodynamics. Chapters included are basic concepts in relativity, quantum mechanics of fields and particle physics. Other topics introduced are the dynamics of the massless relativistic string; confinement; causality and relativistic covariance; Lund fragmentation processes. All the models and methods are discussed in depth. Models discussed are the Schwinger model, S-matrix models, light-cone algebra physics and variations of the parton model. This book is suitable for applied physics and cosmology students.

“NUCLEAR PHYSICS” Book Review: This book covers the fundamental concepts of nuclear physics. Major chapters mentioned are nuclear physics general properties of atomic nucleus, radioactivity and isotopes interactions. Other topics namely Nuclear Fission and Fusion, Effects of Radiations Cosmic Rays, Alpha-Particles, Beta-Decay, Gamma-Radiation are also introduced. Extensive illustrations and examples are added for students’ easy understanding. This book can be used by advanced physics students.

“Nuclear Physics: Principles and Applications” Book Review: This book provides fundamental principles of nuclear physics and its applications. Main chapters included are nuclear structure, nuclear instability, nuclear reactions, interaction of radiation with matter. Other topics mentioned are detectors and instrumentation, biological effects of radiation, nuclear medicine. Problems and examples are added at the end of every chapter. This book is beneficial to applied physics and some engineering students.

“Introduction to Nuclear and Particle Physics” Book Review: This book is an introduction to nuclear and particle physics. Major chapters introduced are the nucleus, nuclear models, radioactivity, nuclear reactions. Other topics included are interaction of radiations with matter, particle accelerators, radiation detectors. Numerical problems and review questions are added for students. Images and graphs are also included for clear understanding. This book is beneficial for B.sc and M.sc physics students.

“Elements of Nuclear Theory” Book Review: Book Review: This book discusses the conceptual framework for understanding nuclear properties. In nuclear physics, the focus has moved to higher energy sources. This book will act as a guide for graduate and postgraduate students opting for nuclear physics and researchers.

“Theoretical Nuclear Physics” Book Review: This book discusses experimental material and the control of nuclear phenomena. It covers various topics, such as nuclei, nuclear forces, nuclear spectroscopy, and issues with two, three, and four bodies. Explorations of nuclear reactions, beta-decay and nuclear shell structure are also explained in the book. This book will be useful for nuclear physicists or graduate students.

“Techniques for Nuclear and Particle Physics Experiments” Book Review: This book discusses techniques for nuclear and particle physics experiments. Major chapters such as basic nuclear processes in radioactive sources, passage of radiation through matter, radiation protection, biological effects of radiation are discussed. Other topics namely statistics and the treatment of experimental data, general characteristics of detectors, ionization detectors, and photomultipliers are also mentioned in this book. Over 256 figures and numerous examples are solved in this book. This book is useful for advanced physics students.

“Introduction to Nuclear and Particle Physics” Book Review: This book is an introduction to nuclear and particle physics. Major chapters included are Rutherford scattering, nuclear phenomenology, nuclear models, nuclear radiation. Other topics mentioned are applications of nuclear physics, energy deposition in media, particle detection, accelerators. All the equations and figures are demonstrated in a clear manner for easier understanding. This book is suitable for advanced physics students.

“Nuclear Reactions: An Introduction” Book Review: This book describes the core principles of nuclear reactions. Important chapters discussed are classical cross section, role of conservation laws and symmetries in nuclear reactions, unpolarized cross sections, polarization in nuclear reactions. Other topics included are nuclear reactions of particles with spin, particle wave expansion, unpolarised cross sections, the nucleon-nucleon interaction.

“Particle and Nuclear Physics at J-PARC” Book Review: This book includes experiments in nuclear and particle physics of the Japan proton accelerator research complex. The main chapters discussed are overview of J-PARC, The T2K long baseline neutrino experiment, gamma Ray spectroscopy of hyper nuclei, search for pentaquark. Other topics mentioned are experimental investigation of Masonic bound states in nuclei, particles in nuclear physics programs at J-PARC. Summary and references are added at the end of every chapter for students. Students studying advanced level physics or graduate level physics can use this book.

“Fundamental Physics in Particle Traps (Springer Tracts in Modern Physics)” Book Review: This book describes the topics in the field of precision spectroscopy and fundamental physics with particles confined in traps. The main chapters included are quantum electrodynamics, antiparticle and antimatter research, standard model, the test of fundamental symmetries. It has experiments with electrons and positrons, protons and antiprotons, antimatter and highly charged ions. This book is useful for advanced physics students.

“Instrumentation in Nuclear Medicine” Book Review: This book contains the fundamentals and important instruments used in nuclear medicine. Main chapters covered are radioisotopes and labelled compounds, radioisotope laboratory in the General Hospital, basic consideration in nuclear instrumentation, semiconductor detectors. Other topics mentioned are sodium iodine scintillators, Systems for data accumulation and presentation, radiation safety instruments, nuclear activation analysis. References and supplementary reading sections are added at the end of every chapter for further reading purposes. A total of 21 chapters are discussed in this book at great length. Appendix contains applications of medicine and the manufacturing instruments and their products. Students studying advanced physics and chemistry can use this book.