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C1060 — Integral numerical coarsening of the four paths

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Study sequence: File52c complete-path, inverse and Key interfaces (C1058–C1070) · Rounded inverse & manuscript spines

C1060 — Integral numerical coarsening of the four paths

Question

Which existing cuts survive if every converted block must be integral?

Inputs

{}

Sources

[
  "C1059",
  "C993"
]

Opened utc

2026-09-28T04:09:19.266758+00:00

Results

{
  "admissible_prefix_cuts": {
    "regular_Flood": [
      3
    ],
    "regular_Noah": [
      3
    ],
    "regular_Flood_Noah": [
      4
    ],
    "cumulative_primary": [
      3
    ]
  },
  "criterion": "With an integral held anchor, all cuts must have prefix sum divisible by23.",
  "qualification": "Numerical coarsening only; source event boundaries remain in the retained record."
}

Finding

Only the final cut qualifies in every path. Uniform E still commutes with summation over rational values; the added integer-grid demand is what removes internal numerical cuts.

Reassessment

Compare the two cumulative inverse branches under the same completed-path condition.

Checks

{
  "whole_path_only": true,
  "rational_additivity": true
}

Closed utc

2026-09-28T04:09:19.267192+00:00

Record provenance

Exact record hash: 3fc6349f5fbd3e702351feaf4846df66b5daab80153f4314d5d690d5851f2a45

Source journal: Research_Cycles/C0932_C1131/journal.json

Edition and provenance

C1060.md

SHA-256 0f4ed0d2eefce068f6e58fde0943488f5f220147adc065c36b13f727e91973f9

C480–C1634/Research_Cycles/C0932_C1131/journal.json#C1060