Paper 4 of 8 This paper establishes k = 204 as a structural invariant of the Honeyverse, not a fitted parameter. Three independent constraints — the Hubble radius, the holographic entropy bound, and the cosmological constant — all converge uniquely at k = 204, revealing a deep resonance between metric and combinatorial scaling processes. The paper further shows that k = 204 is the only depth at which the dual‑lattice universe remains self‑consistent. Values of k above or below 204 break structure formation, disrupt causal coherence, or violate holographic limits. The result is a cosmic selection principle: the universe is 204 doublings deep because no other depth yields a viable large‑scale cosmos. v1
R. D. Howard (Sun,) studied this question.