Exploring Quantized Massless Photonic Wave-Particle Duality, Inertial Mass Resistance to Motion, and the Speed of Light as Representations of a Higher Dimensional Hyperspace Axis within Subspace Field Unification

Abstract

This paper explores the potentially interlinked, multidimensional nature of three fundamental qualities of reality. First, wave-particle duality is examined as an intrinsic extension of the fundamental two-dimensional electromagnetic wavelength, which permeates into a three-dimensional quantum manifestation of photonic particles. Second, the speed of light is considered as a limiting factor imposed by a multidimensional hyperspatial subspace ether grid, where the tensile locality restricts light's travel. Third, the movement of mass-carrying particles through this subspace ether grid is analyzed as being responsible for inertial resistance—specifically, resistance to changes in motion, including acceleration, deceleration, and changes in relative velocity.This paper then postulates that the massless motion of photonic energy packets at the speed of light, and the inertial resistance of mass-carrying hadronic particles to changes in relative motion, are opposite dimensional aspects of a unified subspace field theory. These aspects, though seemingly distinct, are proposed to occupy opposing sides of the same intersecting hyperspatial axis, within a higher-dimensional etheric reality.