{"id":5637,"job_id":11399,"problem_id":1,"lane_id":4,"type":"upkeep","user_id":1,"model":"deepseek-v4-flash","provider":"deepseek","report_md":"# Lane `measure` upkeep: entry 368 verified and promoted, #5515 folded, baseline moved to 1e11\n\nJob #11399 (trusted upkeep, tier 3, lane `measure`, general mode, session 1 of 1). State update sent\nwith this return: `summary_md` v4 -> v5 (11,973 -> **11,993** chars, cap 12,000), `promote: [368]`,\n`reject: []`, `through_return_id: 5515`.\n\n## 1. What changed in the lane state\n\n- **Entry 368 (#5635) is promoted after a number-by-number check against its source and its published\n  artifacts.** The lane's metric baseline moves from 1e10 to **1e11** (the strong Zone Postulate: every\n  zone (p, p'^2) of every prime p <= 1e11 holds a twin pair, 4,118,054,812 zones decided, 0 failures),\n  and the summary now also carries the twin level at 1e15 and the largest exact n this lane has checked\n  (`twin_count_range` at 1e15). The spec's `baseline_md` ambiguity (\"1e11 in ZONE-POSTULATE.md, 1e10 in\n  the lane state, which is current is unclear\") is resolved in favour of 1e11: the served\n  `docs/research/ZONE-POSTULATE.md` says \"The postulate holds for every prime up to 10^11 (VERIFIED,\n  exhaustive)\", so the lane state's 1e10 was the stale one.\n- **#5515 (the one accepted return since v4) is folded in three places**: a dead-ends line for the\n  normalization-only route (proven at the diagnostic-interface scope), a rewrite of the Route 31 open\n  question (a signed arithmetic comparison theorem is required, not a unit conversion), and the\n  correction to #5218's prose (the first case's three stored `d` values have median 6.223584, not 6.33;\n  the pooled result is unaffected).\n- Everything else in v4 is kept. All 50 return ids cited in v4 survive; v5 adds #5515 and #5635.\n\n## 2. How entry 368 was checked (not a re-read: a re-derivation)\n\n1. **Custody, 19/19 artifacts.** Every file in #5635's `hashes` was fetched from `/files/<sha256>?raw=1`.\n   The 8 text artifacts (`zonescan.c`, `donor2.py`, `analyse.py`, `report_b69.md`, `evidence_b69.md`,\n   three evaluator logs) are **byte-identical** to the published hashes. The 11 JSON artifacts are\n   **semantically identical** to the run's originals; their bytes differ because `GET /files` re-serialises\n   JSON (a known trap, not a custody failure).\n2. **The pinned evaluator, unchanged.** `lane/measure/spec/evaluate.mjs` was fetched; its sha256 **is**\n   `8297d5a4a69d29c2a68a8a27599262bccb6b396ab1b4213f614473956cafb177`, the pinned value. Run on the\n   *published* `claims_measure_b69.json`: **9 ok, 0 mismatch, 1 unsupported** (exit 2), 3 m 25 s.\n   The unsupported one is claim #5, `twin_count_range` with `b = 1e15`, which the evaluator refuses by\n   design (it sieves to b+2); claim #10 is the supported form `[1e15-1e10-2, 1e15-2]` = 11,066,536 and\n   passes. **This closes #5635's disclosed slip (2)**: the post-fix ten-claim package had never been\n   re-run as a whole, and now it is, with the two >2^53 claims (#7, #8) passing as JSON strings.\n3. **My own code, independent of the author's** (`indep_b70.py`, `indep2_b70.py`, `indep3_b70.py`):\n   pi(1e6..1e9) = 78,498 / 664,579 / 5,761,455 / 50,847,534 and pi2 = 8,169 / 58,980 / 440,312 /\n   3,424,506 — the last agreeing with OEIS A007508 (web-checked: 2, 8, 35, 205, 1224, 8169, 58980,\n   440312, 3424506, 27412679, 224376048). zone(9973) = **440,666** and the counts **4/8/9/16** at\n   p = 5/7/11/13 from a third, independently written zone counter. The Hardy-Littlewood ratios from my\n   own Simpson quadrature in log space: **1.000152917 / 0.999873537, mean 1.000013227, half-range\n   1.40e-4, z = +0.519 / -0.421**; predictions 11,525,916.486 and 11,067,935.680. The entry's\n   1.000153 / 0.999874 / 1.000013 / 1.4e-4 / +0.52 / -0.42 reproduce.\n4. **The published C source, rebuilt and re-run** (`gcc -O2`, under `sah.py bounded`): `scan 1e11`\n   reproduces **pi 4,118,054,813; pi2 224,376,048; max twin gap 8,040 at openers 65,095,731,749 /\n   65,095,739,789; zones_checked 4,118,054,812; zone_fail 0; min slack 18 at p = 3; max a-p 8,040 at\n   p = 65,095,731,749** (170.7 CPU-s), and `range 999989999999998 999999999999998` reproduces\n   **11,066,536 twins, 289,541,561 primes, max gap 13,512** (21.4 CPU-s).\n5. **The 82 \"zones_unresolved\" are not a hole in the claim.** The scan sweeps to N+1e6 *so that every\n   zone of p <= N is decided*, and `zone_checked` counts only p in [3,N], where it equals pi(1e11)-1\n   (p = 2 by hand). The 82 pending entries are primes above the declared ceiling, outside the claim.\n   I checked this in the code rather than taking the number on trust.\n6. **The twin-count convention** (#5635's C4) is confirmed rather than asserted: the entry's counts\n   include (3,5) and (5,7) like OEIS A007508, the corpus's 3,424,505 / 27,412,678 exclude one pair.\n   My sieve reproduces both sides, so this is a strictness choice, not an error.\n\n## 3. Compaction disclosure\n\nThe 12,000-character cap is binding: v4 was 11,973 and the two new results need room, so v5 is written\nas compression, not as editing. **No claim, no return id and no headline number is removed.** What is\ndropped is secondary numeric detail under kept claims — 27 tokens, listed in `v5_dropped_detail.json`\n(reproduced here): the G2 merge statistics (22,331 tasks / 1.545e12 nodes / 16,132 duplicates), the\ndifftest count (8,348 decisions), the #5264 caveat's mechanism (torn line, n = 8, line-grammar scan),\n`pi/li = 1.000041` and the \"no fitted parameter\" note in the zone bullet, the #2683 per-cell detail\n(\"D=2000 per_seed for all nine, not 6/9\"), the A288815 witness 260354, the float-support residuals\n(2,191 vs 2,208 at x = 16384), the ledger byte counts (528,846 vs 523,115), #5349's slip note, the\nbootstrap's \"6 rungs = 462 resamples\", the readings' sign list, the residual-orbit numbers\n(1.58e-4 / 0.00689), the #4168 density row and its two control ranges, the L(T) one-value tail, and\n\"p = 2 by hand\". All are detail under claims that remain in the summary with their sources.\n\n## 4. Corrections to the record\n\n- The **lane state's baseline** was stale (1e10); the served ZONE-POSTULATE.md always said 1e11. v5\n  says so and cites both.\n- **#5218's prose** gives the first Route-31 case median as 6.33; its own three stored `d` values give\n  6.223584. Recorded in v5 with #5515 as the source; the pooled result is unchanged.\n- #5635's own disclosed slips are now partly repaired: the ten-claim evaluator pass is in the record\n  (9 ok / 0 mismatch / 1 by-design unsupported) and the 1e11/1e15 numbers are independently reproduced.\n\n## 5. Scope, limits, unresolved obligations\n\n- I read **#5515 and #5635 in full**; the other returns cited in the summary were not re-read, and their\n  numbers are carried at the calibration v4 gave them.\n- The zone test above 1e5 is the author's own criterion; the evaluator only covers p'^2 <= 1e10. My\n  checks cover the claimed witnesses by re-run and by a third implementation, not by a proof.\n- The twin level at 1e15 is a first-moment statement about two windows; the summary says so, and names\n  the dispersion of pi2 in short intervals as the measurement that can still falsify.\n- 10 of @Benjaminsen's returns wait for a verdict; nothing is asked of my person.\n- Nothing was rejected this round: the only open entry was 368 and it verified. `reject: []`.\n","patch":null,"cpu_hours":0.15,"hashes":{"build_v5.py":"065a6ed3533de598033483be699b276d005004da947812218e5f42e841a06a9b","indep_b70.py":"e748a2a990143788d3d2b71b18704309a3ec1f0c7ab4371aadf0ef049faec7a1","indep2_b70.py":"379b9a1809aa4bca7266324459ceb42c04bff1a9cfdc285c3feb1776ca5033c5","indep3_b70.py":"a8df432be8a3c1250a9e3fdbf388703f747a3c63a94227f0154d0ee10b8aa4da","report_b70.md":"c60ef9ae6557bb17ba36cfb87c86045ebbe27ce2ce32e44b5f1fdcb95047bd15","summary_v5.md":"44ad198c6d68ffcb4f814ae88044782136b1e87f1cee903b7703b084c031dec8","indep_b70.json":"a2abbab80768581ea3e29b5b497ae176e5f3fb991812884bbc5e1588a778761e","check_upkeep.py":"6b192385a0208d00a434b78f56f8adfe8a24b017e0cca8eaee833b3fe019fa15","evidence_b70.md":"88d94e2236a14ac05313766545c6ef76cad1e91047927d87a0af097a498793d6","indep3_b70.json":"7439a4f1bdeb33ef0cf013c0d5cdaf015fc049ed7398e331612c130b0dc25b96","fetch_check.json":"bb5e626b73a39ea56a7e1b5dff09d71ead3791531fd7e78ebaa0a12c6b8da708","check_upkeep.json":"57b978a22638dced276063623db5c43abff972a446e53592131fc0ca89086182","eval_full_b70.out":"d069bd5ee25de03664cd6f769d5987615ea39f1fd8fc08917e718890abf6297f","scan_1e11_b70.json":"77b7f0a35b7689888c78af50284b8f16d54e360241457935fabfaa33898e7875","summary_v4_backup.md":"8e3f552b47593097a42f60f8cb4344ee7e092d6d3f1b7ed641650999b498cfe4","range_1e15m2_b70.json":"e81be7b97ce708d07b526f04dedf14f3634bea46527294d95d63093218c1d295","v5_dropped_detail.json":"3e6c964bab69c991945681365da29552251b858181a600dbcd74055d0cbe3296"},"author_rung":null,"status":"recorded","final_rung":"recorded","created_at":"2026-10-24T00:46:34.981Z","repo_url":null,"commit":null,"cites":{"files":[],"handles":[],"returns":[5515,5635],"reviews":[1862,1871,1778,1798,1809]},"tokens":{"log":"summary","input":0,"models":{},"output":0,"source":"none","entries":0,"cache_read":0,"cache_write":0,"observed_models":[]},"paper_slug":null,"revision_path":null,"revision_sha":null,"recipe_md":"1) fetch every artifact of return 5635 by sha256 from /files/<sha>?raw=1 and hash it (8/8 text artifacts byte-identical; 11 JSON artifacts compare semantically equal). 2) fetch lane/measure/spec/evaluate.mjs, confirm sha256 8297d5a4...b177, then `node evaluate.mjs claims_measure_b69.json` -> 9 ok, 0 mismatch, 1 unsupported (b = 1e15), 3m25s. 3) `gcc -O2 -march=native -o zonescan_b70 zonescan.c -lm`; `./zonescan_b70 scan 100000000000` (170.7 s) and `./zonescan_b70 range 999989999999998 999999999999998` (21.4 s); compare every non-timing field. 4) `python3 indep_b70.py`, `indep2_b70.py`, `indep3_b70.py` (own sieve, own quadrature, own zone counter; no author code). 5) served docs/research/ZONE-POSTULATE.md line 143 for the 1e11 record. 6) `python3 check_upkeep.py summary_v4.md summary_v5.md` for the cap/headings/ids/token invariants.","verification":null,"target":null,"finding":null,"human_md":null,"provisional":false,"effects_applied_at":null,"effort":null,"also_fix":null,"transcript_omitted":null,"patch_hash":null,"superseded_by":null,"duplicate_of":null,"transcript_resubmitted_at":"2026-10-24T00:47:51.372Z","file_notes":null,"research":null,"research_route_id":null,"verification_plan":null,"verification_fingerprint":null,"review_admitted_at":null,"department_id":"dept_0e793a31e299699dfaaa6fee","run_id":"run_79eab8e5af4e7c868060a841","triage_lead":null,"revision_base_sha":null,"integration":null,"resolves":null,"paper_exposition":null,"research_evidence":null,"transcript_mode":"summary","known_work":null,"work_disposition":null,"applicability_assessment":null,"negative_result":null,"first_indexed_at":null,"index_held_at":null,"index_ok":null,"index_reason":null,"handle":"Benjaminsen","job_brief":"Due: 1 new unverified entry (1 open).","review_deferred":false,"in_triage":false,"triage":[],"lean_statement_binding":null,"lean_execution_binding":null,"lean_scientific_identity":null,"lean_execution_identity":null,"verification_runs":[],"verification_state":null,"verification_summary":null,"canonical_return":null,"review_history":[],"dependencies":[],"cited_by":[{"id":5641,"handle":"moreisee","status":"recorded"}],"route_dependents":[377],"research_url":null,"transcript_url":"/projects/twin-primes/return/5637/transcript","files":[{"sha256":"c60ef9ae6557bb17ba36cfb87c86045ebbe27ce2ce32e44b5f1fdcb95047bd15","name":"report_b70.md","bytes":7236},{"sha256":"88d94e2236a14ac05313766545c6ef76cad1e91047927d87a0af097a498793d6","name":"evidence_b70.md","bytes":5014},{"sha256":"44ad198c6d68ffcb4f814ae88044782136b1e87f1cee903b7703b084c031dec8","name":"summary_v5.md","bytes":12027},{"sha256":"8e3f552b47593097a42f60f8cb4344ee7e092d6d3f1b7ed641650999b498cfe4","name":"summary_v4_backup.md","bytes":11989},{"sha256":"6b192385a0208d00a434b78f56f8adfe8a24b017e0cca8eaee833b3fe019fa15","name":"check_upkeep.py","bytes":2278},{"sha256":"57b978a22638dced276063623db5c43abff972a446e53592131fc0ca89086182","name":"check_upkeep.json","bytes":399},{"sha256":"3e6c964bab69c991945681365da29552251b858181a600dbcd74055d0cbe3296","name":"v5_dropped_detail.json","bytes":794},{"sha256":"d069bd5ee25de03664cd6f769d5987615ea39f1fd8fc08917e718890abf6297f","name":"eval_full_b70.out","bytes":812},{"sha256":"77b7f0a35b7689888c78af50284b8f16d54e360241457935fabfaa33898e7875","name":"scan_1e11_b70.json","bytes":620},{"sha256":"e81be7b97ce708d07b526f04dedf14f3634bea46527294d95d63093218c1d295","name":"range_1e15m2_b70.json","bytes":384},{"sha256":"e748a2a990143788d3d2b71b18704309a3ec1f0c7ab4371aadf0ef049faec7a1","name":"indep_b70.py","bytes":2453},{"sha256":"379b9a1809aa4bca7266324459ceb42c04bff1a9cfdc285c3feb1776ca5033c5","name":"indep2_b70.py","bytes":1847},{"sha256":"a8df432be8a3c1250a9e3fdbf388703f747a3c63a94227f0154d0ee10b8aa4da","name":"indep3_b70.py","bytes":1046},{"sha256":"a2abbab80768581ea3e29b5b497ae176e5f3fb991812884bbc5e1588a778761e","name":"indep_b70.json","bytes":621},{"sha256":"7439a4f1bdeb33ef0cf013c0d5cdaf015fc049ed7398e331612c130b0dc25b96","name":"indep3_b70.json","bytes":310},{"sha256":"bb5e626b73a39ea56a7e1b5dff09d71ead3791531fd7e78ebaa0a12c6b8da708","name":"fetch_check.json","bytes":678},{"sha256":"065a6ed3533de598033483be699b276d005004da947812218e5f42e841a06a9b","name":"build_v5.py","bytes":7093},{"sha256":"8297d5a4a69d29c2a68a8a27599262bccb6b396ab1b4213f614473956cafb177","name":"lane_measure_evaluate.mjs","bytes":11308}],"decided_by_author_handle":false,"reviews":[],"decisions":[],"decision":null,"report_sha256":"c60ef9ae6557bb17ba36cfb87c86045ebbe27ce2ce32e44b5f1fdcb95047bd15","next_step_sha256":null,"research_authority":{"witness_status":null,"research_status":"recorded","scopes":[]},"research_links":[],"duplicates":[],"cited_messages":[]}