MACROSCOPIC ORBITAL RESONANCE AS A DISCRETE EIGENMODE OF A DEFECT-STABILIZED VACUUM

In the DSM framework, eclipse-scale angular matching is interpreted as an attractor
phenomenon. The principal interaction eigenmode of the finite manifold generates a
preferred resonance band near the observed Sun-Moon-Earth geometry. The observed
ratio is shifted from the bare eigenvalue by defect-driven relaxation associated with the
universal commensurability residue δ = −1/24. Thus the eclipse geometry is reinterpreted
as a manifestation of vacuum resonance structure rather than anthropic coincidence.