A phase-invariance axiom within the Quantum Diffusion (QD) framework is proposed as a topological reinterpretation compatible with special relativity. The central idea is that the uniform inertial motion of a physical system with respect to a universal topological substrate does not produce a locally detectable “wind,” not because such a substrate is nonexistent, but because electromagnetic radiation, baryonic matter, and measuring instruments are all coherent excitations of the same underlying medium. In this context, the observable constancy of the limiting speed (c) is understood as a structural property of the substrate, while length contraction and time dilation are reinterpreted as internal topological reorganizations of resonant systems in motion. The aim of this text is not to replace special relativity, but to offer an alternative conceptual framework in which its phenomenological invariance emerges from a deeper dynamics of the vacuum.
VARCO et al. (Wed,) studied this question.