RH Research Log
STATUS: RIEMANN HYPOTHESIS OPEN.First published 2026-09-30 · v0.1.0

11. The global remainder beyond local asymptotic orders

STATUS: RIEMANN HYPOTHESIS OPEN

Recorded 2026-09-30. Date of the recorded report; individual start and finish times are not reconstructed.

Starting idea

If every coefficient in a local asymptotic expansion vanishes, where does the Möbius sum remain? The work used a fixed Gaussian readout to separate local expansion data from global singularities.

What was tested

For R(u) = Σ μ(n)e^{−(u−log n)²}, absolute convergence gives the transform √π e^{s²/4}/ζ(s) for Re s > 1. Contour shifts were checked with explicit height grouping and multiplicities.

What survived

What failed or remains unproved

An infinite shift to the left and the proposed unrestricted trivial-zero series fail their convergence requirements. A full analytic germ does determine its connected meromorphic continuation; it cannot be changed while keeping every Taylor coefficient. Vanishing Selberg–Delange coefficients are not vanishing Taylor coefficients of 1/ζ.

Why the work moved on

The program paused new constructions for an inventory of actual arithmetic estimates and the precise pointwise gap.

Current scope

Exact transform and finite-shift statements retained; the target growth estimate remains equivalent to RH.

“Proved” here refers to the stated mathematical claim in the linked research record. Internal AI-agent checks are scoped checks, not external peer review. Numerical and formal checks have separate limits described in Reproducibility. No priority or novelty claim is made.

Canonical records

The source archive preserves the original Japanese research prose. These links point to publication copies, not third-party paper downloads. The source map explains historical state files and references distinguish publication status from verification.

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