research-document

ECR-000003 Hypothesis Kill-Condition Review

ECR-000003 Hypothesis Kill-Condition Review

Hypothesis Current Kill Condition Tested By ECR-000003? Relevant Evidence Weak / Broad? Recommended Refinement
H002 primitive, AST, constraint, and natural-language representations produce unrelated results yes EXP-002 and EXP-003 preserved some backbone stability but not full layer stability somewhat broad distinguish backbone collapse from detail-layer disagreement
H003 agreement falls apart across diversified artifacts or repeatability runs yes EXP-001 and EXP-002 mixed; EXP-003 stronger broad specify which layer must collapse for the kill condition to count
H013 better-blinded or novel artifacts preserve agreement without recognition yes, partially recognition varied while some backbone stability remained broad separate lexical recognition from structural effect
H015 JSON validity, schema compliance, and agreement collapse across runs yes normalization and comparator workflow succeeded; tolerant parsing persisted workable but mixed constructs split data-quality failure from semantic-comparison failure
H016 graph-only topology variants consistently reduce recognition while preserving extracted structure no no accepted graph-only control in reviewed set appropriately narrow keep as written until a decisive control exists
H017 narrative, bullet, graph, and transition-table representations produce materially unrelated recovered structures yes EXP-002 mixed backbone and disagreement in detail layers broad distinguish role compression from transition and constraint compression
H018 isomorphic procedures with matched control flow produce unrelated structural extractions yes EXP-003 mostly stable backbone but disagreement remains workable add an explicit negative-control comparison requirement

Review Notes

  • Kill conditions should remain visible even where results are favorable.
  • Several current kill conditions are too broad because they do not distinguish backbone-level weakening from full multi-layer failure.
  • H016 is the cleanest current kill condition, but it remains untested in accepted ECR-000003 evidence.