Paper 6 of an 8 part series. This paper examines how the dual‑geometric structure of the Honeyverse produces observable signatures traditionally attributed to dark matter and gravitational blueshift. The primal Honeycomb Unit (HU) lattice defines local curvature, while the ghost dual complex expands combinatorially, generating a hierarchy of adjacency layers that dilute gravitational influence at large distances. This dual structure yields a natural dark‑matter die‑off curve, with the apparent strength of dark matter decreasing as ghost‑layer adjacency increases. The same framework produces a discrete analogue of gravitational blueshift, arising from the inward‑directed curvature of the HU lattice relative to the outward expansion of the ghost complex. The paper derives these curves, compares their qualitative behavior to astrophysical observations, and argues that both effects may emerge from the geometry of the Honeyverse rather than from additional matter components or modified gravity theories. v1
Rev R H Howard (Sun,) studied this question.