3482 — Forcing Plus Endpoint Collapses the One-Sided Tail-Lift Torsor
For the frozen first-order half-line flow, the source forcing and Clark endpoint determine the tail uniquely. Two lifts with the same data differ by (ce^{-sq}), and equality of their endpoint forces (c=0).
Decay alone does not fix the lift: every (ce^{-sq}) decays when (\Re s>0). The endpoint is therefore the essential anchor.
The lift is uniformly graph-norm continuous on compact parameter sectors where has a positive lower bound. The estimate degenerates toward the seam.
The remaining constructor is no longer local ODE evolution. It is the source-authorized forcing incidence, its reciprocal mate, and their bilateral sewing and completion.
Research packet: research/kitaev/forcing-plus-endpoint-collapses-the-one-sided-tail-lift-torsor.md
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Durable verification: epistemic graph event
ev-000000007469-2caf8c0e-cfa2-4537-8035-2ee81ed48704 admitted the claim and
reports to Nima, Grothendieck, Sontag, and Aspect.