Electricity and magnetism appear as separate forces in everyday experience, yet they are deeply connected through a single physical framework.Electricity and magnetism appear as separate forces in everyday experience, yet they are deeply connected through a single physical framework. This book traces how that connection was discovered, formalized, and applied, guiding you through the key experiments, ideas, and figures that revealed electromagnetism as a unifying principle of physics. You will learn how early observations of electric currents and magnetic fields led to a coherent theory, how that theory reshaped scientific understanding, and how it laid the groundwork for technologies such as electric motors, generators, and wireless communication. The book explains these developments in clear, accessible language, connecting historical context with practical consequences. This book was written with the assistance of artificial intelligence and edited for accuracy and readability. It offers you a concise, informative introduction to one of the foundational relationships in modern science.Electricity and magnetism appear as separate forces in everyday experience, yet they are deeply connected through a single physical framework. This book traces how that connection was discovered, formalized, and applied, guiding you through the key experiments, ideas, and figures that revealed electromagnetism as a unifying principle of physics. You will learn how early observations of electric currents and magnetic fields led to a coherent theory, how that theory reshaped scientific understanding, and how it laid the groundwork for technologies such as electric motors, generators, and wireless communication. The book explains these developments in clear, accessible language, connecting historical context with practical consequences. This book was written with the assistance of artificial intelligence and edited for accuracy and readability. It offers you a concise, informative introduction to one of the foundational relationships in modern science.