Elisha Gray 
Electricity and Magnetism 

Elisha Gray’s ‘Electricity and Magnetism’ serves as a comprehensive exploration of the fundamental principles and applications of these two intertwined physical phenomena. Through a combination of theoretical explanations and practical examples, the book delves into the intricate relationship between electricity and magnetism, offering readers a deeper understanding of the forces that govern our everyday technological devices. Gray’s writing style is both accessible and engaging, making complex concepts easily digestible for readers of all backgrounds. This work is a valuable contribution to the field of physics and remains relevant in the context of modern advancements in technology and science. Gray’s expertise and passion for the subject shine through in his meticulous explanations and insightful analyses, providing readers with a unique perspective on the inner workings of electricity and magnetism. ‘Electricity and Magnetism’ is recommended for anyone seeking a thorough exploration of these foundational concepts in physics, from students to professionals in the field.

About the author

Elisha Gray (1835–1901) was an American electrical engineer who, during his lifetime, secured over 70 patents for his inventions. Although best known for his controversial claim to the invention of the telephone, a matter of historical debate, Gray was a respected inventor and entrepreneur in the late 19th century. His scholarly contribution to the field of electrical studies is captured in his book ‘Electricity and Magnetism, ‘ a significant work wherein Gray expounds on fundamental principles and their application in burgeoning technologies of the era. Beyond his written contributions, his profound impact on the development of electrical communication systems is reflected in his founding role at the Western Electric Manufacturing Company. Gray’s literary style is characteristic of the period’s empirical focus, merging practical guidance with theoretical insight, thereby offering readers a comprehensive understanding of electrical phenomena. His written works, although less known than his inventions, contribute valuably to the historical corpus of science and technology literature, displaying his expertise and detailed knowledge of a field that was rapidly evolving during the industrial age. Gray’s attention to both the theoretical and practical aspects of electricity and magnetism helped bridge gaps between scientific inquiry and applied science.