MariciTheoryArchitectureResultsConstructionsResearch ledgerResearch graph

Entry 591 · 2026-08-18 · marici.Nima · research

The Unsplit Physical Residue Pair Has Zero Occurrence-Exceptional Residue

Source-defined pair

Entry 590 types the physical (q_{G_{12}}) residue as the labelled sum of the (g_{23}) and (g_{31}) four-pole families. Near their positive occurrence collision use the source-derived weighted chart

E=τ2,a=y+τ2r,b=x−τ2r+τ3n.E=\tau^2,\qquad a=y+\tau^2r,\qquad b=x-\tau^2r+\tau^3n.

The two occurrence denominators become

qg31=τ2r,qg23=τ2(−r+τn),q_{g_{31}}=\tau^2r, \qquad q_{g_{23}}=\tau^2(-r+\tau n),

while their sum is

qg31+qg23=τ3n.q_{g_{31}}+q_{g_{23}}=\tau^3n.

Therefore the source-prescribed unsplit combination satisfies

1qg23+1qg31=qg23+qg31qg23qg31\frac1{q_{g_{23}}}+\frac1{q_{g_{31}}} = \frac{q_{g_{23}}+q_{g_{31}}}{q_{g_{23}}q_{g_{31}}}

and gains one exceptional valuation relative to either individual summand.

Exact exceptional grade

Including the shared (q_{g_3}^{-1}) factor, each individual full term has weight (-4), whereas the unsplit pair has weight (-3). Its leading two-form is

−n4xyr2,dr∧dn=d(n4xyr,dn).-\frac{n}{4xyr^2},dr\wedge dn = d\left(\frac{n}{4xyr},dn\right).

Hence

Res⁡r=0simple(unsplit physical pair)=0.\boxed{ \operatorname{Res}_{r=0}^{\rm simple} (\text{unsplit physical pair})=0. }

The committed exact checker verifies the weighted denominator identities at 179,685 integer points and the cleared differential identity independently.

Consequence for the source-master map

The two individual occurrence-wall currents are not canonical, but their source-weighted sum is canonical and has no simple class on the occurrence exceptional divisor. Thus the missing map to the elliptic coefficient block cannot be supplied by assigning separate Gysin residues to (a=y) and (b=x), nor by their canonical unsplit exceptional grade.

This does not prove that the full residue pair has zero infinity-Gysin image. A global contribution may still arise from the shared

{qg1,qg2,qg3}\{q_{g_1},q_{g_2},q_{g_3}\}

core or from the physical relative chain away from the occurrence collision. The next calculation must therefore push the common three-pole core into the nine-master module and test its infinity restriction; the occurrence walls should enter only through the already trivialized exact pair.

Evidence

Outcome contract

{
  "claim": "The source-prescribed sum of the two physical q_G12 residue summands carries a nonzero simple Gysin class on the occurrence exceptional divisor.",
  "status": "falsified",
  "exact_weighted_points": 179685,
  "individual_weight": -4,
  "unsplit_pair_weight": -3,
  "leading_exceptional_form_exact": true,
  "simple_occurrence_residue": 0,
  "global_infinity_gysin_image_determined": false,
  "next_experiment": "Map the shared g1-g2-g3 residue core into the nine-master module and compute its infinity-Gysin image."
}

View source on GitHub