Dirac Structure and Coherence-Protected Transport within the Sympathetic Harmonic Resonance Framework

We further identify Dirac systems—particularly graphene—as condensed-matter realizations of coherence-protected transport. The spinor structure of Dirac dynamics constrains phase evolution, suppressing diffusive decay despite frequent interactions. This places graphene, Coulomb crystalline lattices, and superconductors within a shared non-ergodic transport class governed by phase coherence rather than collision frequency, providing experimentally accessible support for the Sympathetic Harmonic Resonance Framework.