Emergent Flavor Structure from Resonant Brane Dynamics

The Emergent Resonance-Brane Model (ERB) proposes a reformulation of particle physics
and cosmology based on a discrete resonance field. By avoiding physical infinities, the universe is modeled as a complex scalar field defined on a finite Euclidean lattice.
We show numerically that elementary particles can appear as topological vortices of
this field. Generation mixing (CKM matrix) and CP violation (J ≈ 4.7 × 10−5
) emerge
geometrically from the overlap of asymmetric resonance states.
Furthermore, we couple the local energy density of the field to a Poisson equation and
demonstrate that topological defects can mimic dark matter while global vacuum fluctuations
generate a background expansion corresponding to dark energy.