Neutrosophic Magnetic Field – An Introduction

This paper recalls the concept of a Neutrosophic Magnetic Field introduced by the author in 2016 [4], extending the traditional understanding of magnetic fields by incorporating principles from neutrosophy. Departing from a crisp binary distinction between the presence and absence of magnetic force, the Neutrosophic Magnetic Field proposes a tripartite structure: an inner-zone where the magnetic force acts completely, an outer-zone where it does not act at all, and a crucial neutro-zone—a buffer or indeterminate region where the magnetic force is vague and unclear. This neutro-zone acknowledges the inherent imprecision at the boundaries of physical phenomena and offers a more comprehensive framework for analysing magnetic interactions, particularly in complex or ill-defined environments. Proposed conceptual formulae are presented to illustrate the varying degrees of magnetic influence across these distinct zones, providing a foundation for further exploration of neutrosophic applications in electromagnetism.

Abstract licence: CC BY-NC

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