Scope
Chapter “The admissibility frontier”, section “the two rails share a plane, not a group”. This is assertion 4 of 4 in that section.
Expanded claim page · assertion 4 of 4
Works after a named field, coefficient, boundary condition or control is supplied. checks assumptions, certificates, counterexamples and stopping rules.
Exact assertion
The modular calculation now goes further. Fricke invariance gives the mixed branches as \(T_{23}((\tau+r)/23)\), and Fourier projection filters coefficients by \(n\equiv ab\pmod{23}\), reconstructing all 529 module characters as 25 scalar types. Volpato's inversion yields positive seeds for the twelve even-\(l\) commutant characters, and exact phase bookkeeping gives \(Z^{\mathcal N}_{23}/\sqrt{23}=q^{-1}+2+2446q+115834q^2+2446684q^3+33295322q^4+\cdots\). Fifth-power exchange preserves \(ab\), so this scalar defect trace is orientation-blind. The complete \(C_{23}\times S_4\) insertion census now rules out every additional scalar one-insertion trace. The look-here calculation must instead retain a vector-valued/projective \(S_4\) action, a relation among several insertions, or sew at genus two; another scalar trace cannot name 23A versus 23B.
The construction is admitted only after the named additional input is supplied. The page records the dependency instead of hiding it inside the conclusion.
Chapter “The admissibility frontier”, section “the two rails share a plane, not a group”. This is assertion 4 of 4 in that section.
Identify the named external input and verify that the construction follows after it is supplied.
checks assumptions, certificates, counterexamples and stopping rules.
Show that the named input is inconsistent, insufficient, unavailable, or fails to imply the claimed construction.
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