Research action · Preserved journal reading record

C1454 — Explain the preserved MT–SP cumulative610 gap

Download reading recordDownload source journalOpen in research workspace

Study sequence: Cumulative manuscript differences and Shem junctions (C1454–C1458) · Regular & Cumulative

C1454 — Explain the preserved MT–SP cumulative610 gap

Question

Why does the MT–SP cumulative source-head gap survive both primary inverse stages?

Sources

[
  "MT and SP cumulative original and inverse legs"
]

Opened utc

2026-09-29T01:16:15.058798+00:00

Results

{
  "source_legs_difference": [
    120,
    490
  ],
  "inverse_legs_difference": [
    2100,
    -1490
  ],
  "head_gaps": [
    610,
    610,
    610
  ],
  "intermediate_gaps": [
    120,
    2100
  ]
}

Finding

The common−1980 contraction preserves the610 head gap, while a1980 transfer changes component differences(120,490) to(2100,−1490). It preserves heads, not the full primary path.

Reassessment

Compare the LXX upper-leg change, where the same contraction no longer applies.

Checks

{
  "heads610": true,
  "different_interiors": true
}

Closed utc

2026-09-29T01:16:15.059219+00:00

Record provenance

Exact record hash: b9e5ee53f94d1a10866561bcff00b79f5c6c8898c53485ada33f3b331cf0d5a6

Source journal: Research_Cycles/C1433_C1482/journal.json

Edition and provenance

C1454.md

SHA-256 80c7d6932a54054e929542b9bbea59f2ce0ecaa2b6dc1ffbd478ff7b87b86e55

C480–C1634/Research_Cycles/C1433_C1482/journal.json#C1454