The theorem of unified locality

Abstract

AbstractIn this study, a theorem about the vectorization of the entangled-photons trajectories is presented, and through it, an effect equivalent to the unification of the individual localities of the entangled particles is evidenced, which will be confirmed in two scenarios: a theoretical demonstration, and four simple experiments carried out on an optical table. In this way, the existence of this possibility, in terms of entanglement, will be scientifically established when explaining the instantaneous synchronization of non-local outcomes as a result of local measurements from the vectorization of the entangled-photons trajectories without resorting to local hidden variables, or faster-than-light arguments. Finally, this explanation will be completely contained within the Theory of Special Relativity, eliminating entanglement as a showdown scenario between the two main pillars of Physics: Special Relativity, and Quantum Mechanics.