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Wireless power transmission as a book category covers the science, engineering, applications and societal implications of transferring electrical energy without physical conductors. It includes fundamental theory (electromagnetism, near- and far-field coupling), main technologies (inductive and resonant magnetic coupling, capacitive coupling, microwave and laser beaming, RF rectennas), power‑electronics and antenna/coil design, materials and packaging, and system-level topics such as efficiency, safety, standards and regulation. Books in this category range from introductory surveys and textbooks for students and engineers to hands-on design guides, research monographs on advanced methods (e.g., metamaterials, beamforming, wireless charging for EVs and consumer devices, biomedical implants) and broader treatments of commercial, environmental and policy implications (space-based power, infrastructure deployment). Readers can expect interdisciplinary content spanning physics, electrical engineering, materials science and applied mathematics, as well as case studies, measurement techniques, and design trade-offs for short‑range, mid‑range and long‑range wireless power systems.

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