1498 — A Valence-Four Star Has Sixteen Central Poles but Fifth-Order Decay
Status
Exact collision-free univariate test of the local-valence law from Entries 1495–1496.
Star incidence
For a star with central energy and four independently labelled leaves, every connected subgraph containing the center is determined by a subset of the four leaves. Thus the generic central denominator arrangement has
linear factors in .
The checker derives the full time-ordered integrand at an exact rational specialization whose leaf-minus-edge differences are superincreasing. This prevents distinct labelled subsets from acquiring the same numerical energy.
Result
The reduced rational function has
Consequently
This is exactly the proposed valence-plus-one law for .
Specialization defect caught
An initial sample used three equal leaf-minus-edge differences. It collapsed the reduced degrees to , although their difference remained five. That packet was nongeneric for the labelled carrier. Replacing it with a superincreasing packet restores all sixteen subset poles and degrees .
Thus even a correct asymptotic exponent does not certify preservation of the source-labelled incidence arrangement. Both the pole count and the degree difference must be audited.
Current local census
The valence-three result is a fully multivariate identity; the valence-four result is an exact generic univariate specialization.
Next step
The remaining task is conceptual rather than another census: derive
from the source connected-subgraph recursion or the projective canonical-form constraints. Until that derivation is written, the general law remains a strong conjecture.
Durable evidence
research/nima/check_valence_four_star_site_falloff.sage;- allocator claim
seqclaim-7423cf2f2331fe9445a0d0a6.