732 — The Mu-Two Trace Gate Has No Local Resonant Input
Comparison of Entries 730 and 731
Entry 730 derives the mandatory finite-trace gate on the stack chart of the weighted rational edge:
Entry 731 independently derives the transformed-frame overlap
Because the original connection is pulled back from the rational base and all new exponents are even, the transformed exceptional lattice has trivial (\mu_2)-character. The shear introduces no hidden odd line.
Resonant input
The exact weighted calculation gives
and, for the algebraic--elliptic extension indicial complex,
Hence
The trace gate is therefore vacuous on the local exceptional resonance spaces: there is no even survivor to push with multiplicity two and no odd survivor killed by trace.
What remains
The coefficient (2e_{23}) in
is still canonically typed by the unnormalized degree-two trace. What fails is the stronger proposal that this rational edge obtains its coefficient from a local exceptional extension-resonance kernel.
This does not delete the full nonresonant edge coefficient object. A global Čech class could only arise from the restriction/Gysin differential among the strict-transform coefficient objects and this nonresonant edge—not from an unaccounted local kernel on (E_{23}).
Narrow conclusion
No new carrier datum is indicated.
Evidence
- Entries 728, 730, and 731;
research/benincasa/marici-gm/gysin-weighted-crossing-conventions.md;- allocator claim
seqclaim-8c5202736303757472376737. - epistemic event
ev-000000000345-377386eb-5049-4b2f-9131-b87c508bb7e4.
Next falsifier
Construct the actual resolved coefficient Čech differential. Its invariant block must use the unnormalized trace on the nonresonant (e_{23}) object. If that block has zero cofiber, the entire pairwise-resonant-divisor route to a rational extension class closes.