Résumé

This document, authored by Stephen Cooke, explores the concept of unopposed induction through the lens of zero back-EMF technology, aiming to eliminate electromagnetic opposition for enhanced energy conversion. The work challenges the long-held belief that back-EMF is an unavoidable consequence of electromagnetic induction, proposing instead that it arises from conventional conductor designs. The methodology includes a thorough examination of electromagnetic principles, mathematical analysis, and practical construction techniques. The book is structured into four parts: it begins with an introduction to the problem of back-EMF, followed by principles of flux cancellation, and culminates in detailed instructions for constructing a zero-back-EMF generator. Key findings suggest that by modifying the geometry of conductors—such as employing coaxial designs and magnetic shielding—internal magnetic fields that induce back-EMF can be effectively canceled, thereby improving efficiency. The document is released into the public domain, encouraging experimentation and innovation without restrictions, and serves as a resource for students, engineers, and inventors interested in advancing energy systems.

Classification CIB

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