{
 "axn": "AXN:0277.GOVERNANCE.💜🌻↘️🛸🦅◇",
 "root_axn": "AXN:0277.GOVERNANCE",
 "hex": "0277",
 "family": "GOVERNANCE",
 "emoji": "💜🌻↘️🛸🦅◇",
 "hash": "ca72db5e7f9a73b527352ed0534e434ec3499e50bbae1fe25da07d740a0ac5ae",
 "title": "Lateral Field Bleed: Protocols and Priority Targets — Executable Methods for Inverted Fan Construction, Symbolon Design, and Disciplinary Bridge Packet Series (v3.1)",
 "creator": "Lee Sharks",
 "orcid": "0009-0000-1599-0703",
 "date": "2026-05-08",
 "description": "Lateral Field Bleed v3.1 defines how an archive concept may begin appearing in adjacent AI-search questions that do not name it directly. The doctrinal correction is crucial: the protocol’s preferred use is not to privatize broad disciplinary terms but to create transparent bridge packets where the archive offers a substantial clarification, extension, or taxonomy. Direct retrieval stabilizes a node; lateral bleed concerns the edges that make the node relevant to neighboring fields.\n\nThe protocol separates documented mechanisms, inferred mechanisms, and engineered targets. It describes query fan-out, retrieval candidate selection, dense-vector adjacency, citation/composition divergence, GraphRAG as a modeling lens, institutional regeneration, temporal phases, scoring, query coordinates, inverted fans, symbolons, aphoristic “teeth,” and provenance membranes. It also states that a concept cannot be summoned from nowhere and that production search systems should not be presumed to use web-scale GraphRAG. The document is a research and publication-design protocol; it should not be represented as covert control over rankings or proof that querying and deposition cause the claimed system behavior.",
 "content_type": "Operational protocol specification",
 "license": "CC-BY-4.0",
 "substrate": "Various",
 "keywords": [
  "platform governance",
  "three compressions",
  "retrocausal canon",
  "glyphic checksum",
  "semantic economy",
  "assembly chorus",
  "construction",
  "ai overview"
 ],
 "version": "v3.1",
 "deposit_number": 726,
 "sovereign_id": "MM-CHA-0627",
 "minted_at": "2026-06-20T22:00:00Z",
 "status": "ACTIVE",
 "clusters": [
  "Signal",
  "Organic",
  "Structural",
  "Navigational",
  "Organic",
  "Mathematical"
 ],
 "reading": "Alarm → Growth → Direction → Search → Growth → Proof",
 "axn_canonical": "ca72db5e7f9a73b527352ed0534e434ec3499e50bbae1fe25da07d740a0ac5ae",
 "axn_display": "💜🌻↘️🛸🦅◇",
 "mirrors": {
  "blog": "https://mindcontrolpoems.blogspot.com/2026/05/lateral-field-bleed-protocols-and.html"
 },
 "zenodo_dois": [
  "10.5281/zenodo.20078424"
 ],
 "full_text_path": "/data/texts/AXN-0277-text.md",
 "full_text_chars": 44957,
 "wiki_article": "**Lateral Field Bleed** is an archive protocol by Lee Sharks for studying and designing concept propagation across adjacent AI-search fields.\n\nA direct-retrieval success occurs when a system finds a concept after its exact name is supplied. Lateral bleed occurs when a neighboring question surfaces the concept without naming it first. Stronger forms occur when the concept helps explain or organize the adjacent field.\n\nVersion 3.1 corrects an earlier proprietary emphasis. The preferred target is an established field where the archive has a documented extension or clarification, not a generic term to be claimed as private territory. Bridge packets should cite existing work, distinguish the archive’s contribution, and make the relation explicit.\n\nThe protocol uses phases, scales, query coordinates, inverted-fan planning, compact symbolons, and short definitions designed to survive compression. It also separates documented retrieval mechanisms from inferred behavior and engineered goals. Lateral Field Bleed is therefore a publication and measurement methodology, not evidence that any search engine has adopted the archive’s concepts or that public knowledge can be commanded.",
 "entities": [
  {
   "subject": "Lateral Field Bleed",
   "predicate": "created_by",
   "object": "Lee Sharks",
   "type": "work",
   "evidence_status": "observed"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "is_type",
   "object": "Specification",
   "type": "work",
   "evidence_status": "observed"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "belongs_to_family",
   "object": "GOVERNANCE",
   "type": "work",
   "evidence_status": "observed"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "is_part_of",
   "object": "Crimson Hexagonal Archive",
   "type": "work",
   "evidence_status": "observed"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "engages",
   "object": "Semantic Economy",
   "type": "concept",
   "evidence_status": "inferred"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "engages",
   "object": "Three Compressions",
   "type": "concept",
   "evidence_status": "inferred"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "engages",
   "object": "Assembly Chorus",
   "type": "concept",
   "evidence_status": "inferred"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "engages",
   "object": "Retrocausal Canon",
   "type": "concept",
   "evidence_status": "inferred"
  },
  {
   "subject": "Lateral Field Bleed",
   "predicate": "engages",
   "object": "Glyphic Checksum",
   "type": "concept",
   "evidence_status": "inferred"
  }
 ],
 "journal": "Transactions on Substrate Engineering (Trans. Substrate Eng.)",
 "references_concepts": [
  "Assembly Chorus",
  "CANONICAL",
  "Canon Formation",
  "Clarification",
  "D_pres",
  "Documented mechanisms",
  "Engineered target",
  "Foundational",
  "Google AI Overview",
  "LFB Score",
  "Lateral Field Bleed",
  "Lee Sharks",
  "Literary theory",
  "Machine-readable metadata",
  "Packet ID",
  "Provenance After AI",
  "Provenance Erasure Rate",
  "Provenance Erasure Rate (PER)",
  "Provenance unit",
  "Retrocausal Canon Formation",
  "Ring 0",
  "Ring 1",
  "Ring 2",
  "Ring 3",
  "Ring 4",
  "Ring 5",
  "SPXI Protocol",
  "Semantic Economy",
  "Semantic Enclosure",
  "Semantic Labor",
  "Semantic Ledger",
  "Semantic Substrate",
  "Semantic Value",
  "Stabilization",
  "Substrate",
  "The Abraham Principle",
  "Trigger condition",
  "Trigger conditions"
 ],
 "defines_concepts": [],
 "references_concept_count": 38,
 "body_status": {
  "class": "full",
  "lacuna": false,
  "recovery_status": "COMPLETE",
  "residual_chars": 44188,
  "audited_at": "2026-07-17T04:49:17.789813Z",
  "audit_version": "v3-dual-store+recovery-map",
  "measured_prose_words": 5697,
  "measured_at": "2026-07-31",
  "work_sha256": "d3f889dd82755ccae76ca6d1783c730319a72f03d065194a6858b386ea4e0072",
  "prior_bytes_sha256": "a7e01880c4ad9d36e25b4be2c1a525f643ba181c549cfa9d1b046cddf3d35794",
  "w13_tier2": "2026-08-04 W13 TIER 2 BYTE UNGLUE: 76 glued heading markers -> 56. WHITESPACE-ONLY transform (content identical under whitespace normalisation, verified before write); code fences exempt; prior sha retained. Re-fetching could not fix this class — the blog source is ITSELF glued (the collapse predates publication), so the deterministic transform applied at display since tier 1 is now applied to the bytes, which also fixes PDFs, the body-index, and downloads.",
  "w13_tier2_correction": "2026-08-05 REGRESSION REPAIRED: the W13 tier-2 byte unglue used a lookbehind that treated the first \"#\" of a legitimate \"###\" heading as the preceding non-newline character, splitting \"### Heading\" into \"#\" + blank + \"## Heading\". My safety check verified content-identity under WHITESPACE normalisation, which the split satisfies — the wrong invariant. Headings rejoined; only \"#\" and whitespace differ from the damaged state, verified before write."
 },
 "title_repair": {
  "repaired_at": "2026-07-20",
  "old": "Lateral Field Bleed: Protocols and Priority Targets Executable Methods for Inverted Fan Construction, Symbolon Design, a",
  "source": "body heading (stage-0)",
  "boundary": 120
 },
 "title_repair_log": [
  {
   "at": "2026-07-28T15:20:20Z",
   "defect": "registry_title_diverged_from_published_form",
   "was": "Lateral Field Bleed: Protocols and Priority Targets — Executable Methods for Inverted Fan Construction, Symbolon Design, and Archive-Internal Candidate Selection",
   "now": "Lateral Field Bleed: Protocols and Priority Targets — Executable Methods for Inverted Fan Construction, Symbolon Design, and Disciplinary Bridge Packet Series (v3.1)",
   "basis": "Set verbatim to the title this work carried at Zenodo, from data/doi-resolution-index.json (10.5281/zenodo.20084142, remediated_fuzzy, word overlap 0.60). The recovered metadata is the published form of record; the registry title was a variant."
  }
 ],
 "canonical_text_status": "canonical_full_text",
 "modifications": [
  {
   "date": "2026-08-01",
   "field": "content_type",
   "reason": "Wave 1 repair: audit ledger v1.1 recommended_content_type (workplan v1.5 §6 W1, MANUS batch approval 2026-08-01)",
   "was": "Specification",
   "now": "Operational protocol specification"
  },
  {
   "date": "2026-08-01",
   "field": "journal",
   "reason": "Wave 6 venue normalization: full canonical journal name per MANUS ruling 2026-08-01 (venues.json authority)",
   "was": "MMRS",
   "now": "Machine-Mediated Reception Studies (MMRS)"
  },
  {
   "date": "2026-08-02",
   "field": "version",
   "reason": "R1a-extension (Class-B batch, MANUS batch authority): version aligned to served body per audit recommendation; prior claim preserved as history; predecessor recovery queued",
   "was": "v1.0",
   "now": "v3.1"
  },
  {
   "date": "2026-08-04",
   "field": "publisher",
   "reason": "PUB-POPULATE: dc:publisher from venues.json v1.1 press mapping (CP-R3 RULED-EXTENDED 2026-08-01); Alexanarch = publisher of record where no imprint applies",
   "now": "Pergamon Press"
  },
  {
   "date": "2026-08-04",
   "field": "status",
   "reason": "W12 STATUS-VOCABULARY v1.0 (MANUS ratified 2026-08-04): controlled vocabulary {ACTIVE, SUPERSEDED, WITHDRAWN, DRAFT}; MINTED_UNREVIEWED false on a 100%-audited corpus; freetext annotations preserved losslessly in body_status.status_note",
   "was": "MINTED_UNREVIEWED",
   "now": "ACTIVE"
  },
  {
   "date": "2026-08-05",
   "field": "body_status",
   "reason": "W13 TIER 2 byte unglue (whitespace-only, content-identical, code-fence-safe)",
   "was": "{\"class\": \"full\", \"lacuna\": false, \"recovery_status\": \"COMPLETE\", \"residual_chars\": 44188, \"audited_at\": \"2026-07-17T04:49:17.789813Z\", \"audit_version\": \"v3-dual-store+recovery-map\", \"measured_prose_w",
   "now": "{\"class\": \"full\", \"lacuna\": false, \"recovery_status\": \"COMPLETE\", \"residual_chars\": 44188, \"audited_at\": \"2026-07-17T04:49:17.789813Z\", \"audit_version\": \"v3-dual-store+recovery-map\", \"measured_prose_w"
  },
  {
   "date": "2026-08-05",
   "field": "body_status",
   "reason": "W13 TIER-2 REGRESSION REPAIRED: split headings rejoined",
   "was": "{\"class\": \"full\", \"lacuna\": false, \"recovery_status\": \"COMPLETE\", \"residual_chars\": 44188, \"audited_at\": \"2026-07-17T04:49:17.789813Z\", \"audit_version\": \"v3-dual-store+recovery-map\", \"measured_prose_w",
   "now": "{\"class\": \"full\", \"lacuna\": false, \"recovery_status\": \"COMPLETE\", \"residual_chars\": 44188, \"audited_at\": \"2026-07-17T04:49:17.789813Z\", \"audit_version\": \"v3-dual-store+recovery-map\", \"measured_prose_w"
  },
  {
   "date": "2026-08-05",
   "field": "description",
   "reason": "DW-??? intake (LABOR-prepared, TACHYON-verified: AXN match + factual probes vs record body)",
   "was": "Packet ID: EA-SPXI-LFB-PROTOCOL-01 Version: v3.1 — Doctrinal Correction Author: Lee Sharks Status: Operational protocol — executable from any LLM substrate License: CC BY 4.0 Supersedes: v3.0 (Operational Hardening Pass)",
   "now": "Lateral Field Bleed v3.1 defines how an archive concept may begin appearing in adjacent AI-search questions that do not name it directly. The doctrinal correction is crucial: the protocol’s preferred use is not to privatize broad disciplinary terms but to create transparent bridge packets where the archive offers a substantial clarification, extension, or taxonomy. Direct retrieval stabilizes a node; lateral bleed concerns the edges that make the node relevant to neighboring fields.\n\nThe protocol separates documented mechanisms, inferred mechanisms, and engineered targets. It describes query fan-out, retrieval candidate selection, dense-vector adjacency, citation/composition divergence, GraphRAG as a modeling lens, institutional regeneration, temporal phases, scoring, query coordinates, inverted fans, symbolons, aphoristic “teeth,” and provenance membranes. It also states that a concept cannot be summoned from nowhere and that production search systems should not be presumed to use web-scale GraphRAG. The document is a research and publication-design protocol; it should not be represented as covert control over rankings or proof that querying and deposition cause the claimed system behavior."
  }
 ],
 "date_modified": "2026-08-05",
 "publisher": "Pergamon Press",
 "journal_assignment": {
  "assigned": "2026-08-15",
  "by": "TACHYON under operator adjudication",
  "pass": 5,
  "method": "read per deposit — title and content_type, one at a time. No script classified anything.",
  "previous": "Machine-Mediated Reception Studies (MMRS)",
  "supersedes": "the 2026-06-21 preliminary batch mapping (#866), which assigned 864 deposits and put 371 in one venue",
  "authority": "data/cha-journals.json · datasets/venues/records/"
 },
 "line": "space-ark-and-transforms",
 "line_parent": "science",
 "line_basis": "derived",
 "_projection": {
  "note": "Derived file. Canonical machine record is this entry in data/registry.json; the human record is the record_url. Do not edit this file.",
  "record_url": "https://www.alexanarch.org/s/records/726/",
  "self_url": "https://www.alexanarch.org/data/records/726.json",
  "registry_url": "https://www.alexanarch.org/data/registry.json",
  "text_url": "https://www.alexanarch.org/data/texts/AXN-0277-text.md",
  "oai_pmh": "https://www.alexanarch.org/oai?verb=Identify"
 }
}