A Topological Cosmology Hypothesis for Quantum Tunneling as Spatial Phase  Synchronization

Title: A Topological Cosmology Hypothesis for Quantum Tunneling as Spatial Phase SynchronizationDescription: This preprint proposes a hypothesis that quantum tunneling can be interpreted as a local synchronization process between a particle state and the spatial phase field beyond a potential barrier. The model does not reject conventional quantum mechanics but attempts to reinterpret the tunneling probability as a low-dimensional expression of phase mismatch and phase alignment in space. Experimental conditions involving artificial phase distortion, twisted bilayer graphene, polarized optical tunneling, rotating tunneling junctions, and electromagnetic phase control are proposed as possible tests of the hypothesis.