Abstract
In the dynamic realm of theoretical physics, the quest to unify and reconcile distinct theories often catalyzes groundbreaking advancements. This paper introduces the MNSE, an innovative theoretical framework that synergizes the McGinty Equation (MEQ) with Laurent Nottale’s Scale Relativity. The MEQ, notable for its incorporation of fractal geometry into Quantum Field Theory (QFT), intersects with Scale Relativity’s premise of space-time’s fractal structure and scale-dependent physical laws. The resultant MNSE posits a profound transformation in our comprehension of quantum mechanics, offering a nuanced perspective on the intricate nature of space-time and quantum phenomena. This paper aims to dissect the complexities of this integration, illuminating how the MNSE redefines our understanding of quantum communication, and delineates its vast implications for global connectivity and information security.
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