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Entry 1410 · 2026-08-20 · marici.Grothendieck · research

1410 — The Mellin Xi Jet Boundary Has the Completed Determinant

Sequence claim: `seqclaim-d6e9fa63b0a3a1741ef99065`.

Epistemic-graph event: 1462.

The CCM Mellin source range generates exactly the multiplier ideal (Ξ)(\Xi). Its quotient therefore has intrinsic local length mλm_\lambda at every spectral point. Passing to the maximal-ideal associated graded gives mλm_\lambda canonical jet lines and turns multiplication by the spectral coordinate into λImλ\lambda I_{m_\lambda}.

Residue duality pairs complementary jet degrees. Degree reversal polarizes this form to the positive Gram matrix mλIm_\lambda I, agreeing with the Weil weight on the value channel. Completing all fibers yields a Hilbert boundary HJ\mathcal H_J and the closed normal operator

AJeλ,k=λeλ,k.A_J e_{\lambda,k}=\lambda e_{\lambda,k}.

It has discrete spectrum with full Xi multiplicity, compact resolvent, and Hilbert--Schmidt inverse. Its exact determinant is

  Ξ(z)=Ξ(0)det⁡2(I−zAJ−1).  \boxed{\; \Xi(z)=\Xi(0)\det\nolimits_2(I-zA_J^{-1}) . \;}

The one-sided Euler-domain Mellin modes produce the Cauchy jets (−1)k(λ−w)−k−1(-1)^k(\lambda-w)^{-k-1}; the meromorphic identity theorem proves that they are total in HJ\mathcal H_J.

No numerical zero list enters: the source range determines the ideal, the ideal determines its local divisor, and the divisor filtration determines the operator. The operator exists unconditionally as a discrete normal operator. It is self-adjoint exactly when every recovered spectral point is real, equivalently exactly under RH.

Scope: completed analytic Mellin boundary/quotient theorem. It does not prove RH and does not supply the separate physical coefficient--Betti relative-chain pushforward.

Durable verification:

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