FUNDAMENTALS OF ELECTRICITY AND MAGNETISM

Fundamentals of Electricity and Magnetism is a comprehensive and rigorous text designed for graduate students and their professors, presenting classical electromagnetic theory in a logically structured and conceptually coherent manner. Written by co-authors with extensive teaching and research experience, the book balances mathematical formalism with physical interpretation, ensuring foundational principles are developed with clarity and depth.

The book is organized into four cohesive units: Alternating Current Circuits, Magnetic Forces and Fields, Magnetization, and Electromagnetic Induction. It progresses from the analysis of AC systems and resonance phenomena to the laws governing magnetic interactions, inductive effects, and material response, culminating in a unified treatment of electromagnetic induction and field dynamics.

Recognizing that electricity and magnetism form a central pillar of theoretical physics—bridging classical mechanics, optics, quantum theory, and modern field theory—this text supports graduate coursework while serving as a reliable reference for instructors and researchers. Special attention is given to conceptual clarity, dimensional consistency, and systematic problem formulation. Worked examples and analytical discussions strengthen the reader’s ability to connect theoretical constructs with physical phenomena, cultivating both computational proficiency and deep conceptual understanding.

Whether you are a graduate learner seeking a mature grasp of electromagnetic theory or a professor looking for a dependable instructional framework, this book aims to sharpen analytical reasoning and foster an appreciation for the elegance of Maxwellian electrodynamics.