Radionics: Theory, Engineering and Practice

Radionics: Theory, Engineering and Practice is a comprehensive technical examination of one of the most controversial and least understood domains at the intersection of physics, biology, and instrumentation. Moving beyond folklore and superficial treatments, this volume reconstructs radionics from first principles—field theory, resonance, bioelectric organization, and nonlinear systems—while rigorously documenting its historical development, device architectures, and operational methodologies. Blending classical electromagnetism, bioelectric research, longitudinal field hypotheses, and modern signal-processing frameworks, the book presents radionics as an informational coupling problem rather than a simple energy-transfer mechanism. Detailed sections explore analog and digital instrument design, rate-encoding systems, detection interfaces, scalar and interferometric models, and the role of the operator as an adaptive element within the circuit. Written for engineers, researchers, and technically literate practitioners, Radionics: Theory, Engineering and Practice does not ask the reader to accept claims on faith. Instead, it clearly distinguishes established science from theoretical extensions, documents limitations and ethical boundaries, and provides the most structured, technically grounded reference on radionics available to date.