The Map Past the Second Well

All-Fields programme paper (All-Fields Run, Batch 18 (AF)), November 2026. Written November 2026; publicly deposited 9 November 2026. AF-41 carried the inter-well census from the A = 40 well's territory to the second well's own mass number, A′ = 90, where the maximum stood at 94 and the deficit against that well's closure, 126, stood at 32 — the numeral that had stood as the (82) deficit's floor across the A = 40 region's near edge. Its falsifier F-next carried the same census past the second well: from A′ = 90 toward the third well's mass number (A′ = 132, the (132, 184) well's own A), grading where the maximum first reaches 126 if it does, how the 126 plateau opens and whether it closes, and whether the deficit against 126 holds its floor of 32, deepens, or lifts across the span — the observation stated as a grading, with F1 standing over the whole span and 184 the closure graded at its end. This paper runs that continuation, A′ = 91..132, with the boundary row A′ = 90 re-censused as its certification. The maximum climbs at nearly every step of the span and reaches 126 at A′ = 107, on a narrow plateau in the interior of the range; the plateau widens where it stands, meets the upper end at A′ = 112, and widens dow

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-09
DOI
https://doi.org/10.5281/zenodo.24086640
Primary Topic
Astronomical and nuclear sciences
Type
preprint
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preprint

The Map Past the Second Well

William Alexander Aldred
Zenodo (CERN European Organization for Nuclear Research)
Astronomical and nuclear sciences
preprint

The Map Past the Second Well

William Alexander Aldred
preprint en

Abstract

All-Fields programme paper (All-Fields Run, Batch 18 (AF)), November 2026. Written November 2026; publicly deposited 9 November 2026. AF-41 carried the inter-well census from the A = 40 well's territory to the second well's own mass number, A′ = 90, where the maximum stood at 94 and the deficit against that well's closure, 126, stood at 32 — the numeral that had stood as the (82) deficit's floor across the A = 40 region's near edge. Its falsifier F-next carried the same census past the second well: from A′ = 90 toward the third well's mass number (A′ = 132, the (132, 184) well's own A), grading where the maximum first reaches 126 if it does, how the 126 plateau opens and whether it closes, and whether the deficit against 126 holds its floor of 32, deepens, or lifts across the span — the observation stated as a grading, with F1 standing over the whole span and 184 the closure graded at its end. This paper runs that continuation, A′ = 91..132, with the boundary row A′ = 90 re-censused as its certification. The maximum climbs at nearly every step of the span and reaches 126 at A′ = 107, on a narrow plateau in the interior of the range; the plateau widens where it stands, meets the upper end at A′ = 112, and widens dow

Zenodo (CERN European Organization for Nuclear Research)
Astronomical and nuclear sciences
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