This book investigates the comprehensive biological effects of electromagnetic fields (EMF) across both high and low frequencies. It delves into the fundamental mechanisms of EMF interaction with biological systems, validating theoretical absorption models with real-world measurements. The work explores mathematical modeling of EMF absorption, Ion Cyclotron Resonance, thermal and dissipation effects from mobile radiation, impacts on transmission lines and railway systems, and specific biological effects on insects, immune systems, embryos, fetuses, blood parameters, and rat behavior. Additionally, it addresses health risk assessment and therapeutic applications of EMF, presenting each topic theoretically with experimental verification where possible.

The book is presented as a tutorial, intended to provide a well-founded overview of major aspects in the field of biological effects of electromagnetic fields, potentially paving the way for university courses. It emphasizes the integration of theoretical concepts with experimental verification across all covered topics. The comprehensive scope suggests it aims to serve as a foundational text for students and researchers entering this interdisciplinary area. Its detailed coverage of specific biological impacts and modeling techniques indicates a focus on providing practical and scientifically grounded information.