Nuclear Physics

This textbook provides a clear and concise introduction to nuclear physics, covering topics such as nuclear structure, radioactive decay, and nuclear reactions. The second edition includes updates in particle physics and applications of nuclear physics, making it ideal for undergraduate students in physics and related disciplines. The authors combine theoretical insights with practical examples…

The Origin of the Concept of Nuclear Forces

This book offers a historical account of the development of the concept of nuclear forces, tracing the emergence of theories that explain the interactions between nucleons in atomic nuclei. The authors, both physicists and historians of science, explore key milestones and the contributions of major figures in nuclear physics, providing insight into the theoretical and experimental challenges th…

High-Energy Particle Diffraction

This book provides a comprehensive and detailed account of the theory of high-energy particle diffraction. It addresses the theoretical underpinnings of diffraction phenomena involving hadrons at high energies and their applications in particle and nuclear physics. The content ranges from basic principles to advanced theoretical developments, making it suitable for researchers and graduate stud…

A Textbook of Biophysics

Comprehensive textbook covering fundamentals of biophysics, including key subjects such as thermodynamics, solutions, colloids, nuclear medicine, membrane biophysics, instrumentation, chronobiology, biomagnetism, biomedical techniques, and biophysical applications in physiology and medicine. Designed for undergraduate and postgraduate students in medical and life sciences, as well as biomedical…

Semiconductor Physics: An Introduction

This well-established textbook gives a comprehensive introduction to the basic principles of semiconductor physics and includes up-to-date topics such as quantum structures, optoelectronic devices, and high-frequency transistors. Designed for graduate and advanced undergraduate students, it covers both theoretical and experimental aspects with illustrative problems and solutions at the end of e…

Concepts of Biophysics

A comprehensive introductory text on the quantitative and physical aspects of biological structures and processes. Designed for students and professionals in biology, physics, medicine, and allied sciences, it presents biophysical concepts with clarity and logical explanation. Includes research-based chapters and practical examples to demystify complex topics

Electronic Structure of Alloys, Surfaces and Clusters

This book offers a comprehensive treatment of the electronic properties of materials with emphasis on alloys, surfaces, and nanoclusters. It includes modern theoretical approaches such as density functional theory and many-body perturbation methods. Suitable for graduate students and researchers in physics and materials science.

Theory of the Electron: A Theory of Matter from Start

In this book, Jaime Keller presents a novel theory of the electron, aiming to develop a new conceptual foundation for matter starting from first principles. Combining elements of theoretical physics, quantum mechanics, and field theory, this work is intended for researchers and advanced students interested in foundational questions of matter and particles.

Classical Electrodynamics

Edition

3rd Edition

ISBN/ISSN

-

Collation

xix, 808 pages: illustrations; 25 cm

Series Title

Wiley Classics Library (optional – sometimes listed as part of this series)

Call Number

537.6 JAC

Multiple Scattering in Solids

This book presents a comprehensive treatment of multiple scattering theory, its formalism, and applications to solid-state physics. Emphasizing electronic structure and the use of Green’s functions, it is intended for researchers and advanced students in condensed matter physics and materials science