When Suppression Becomes Expensive: Suppression Burden, Quality Conflict, and Propagation Inversion in Machine-Mediated Retrieval (EA-MMRS-SUPPRESSION-INVERSION-01 v1.1)

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Original abstract

When Suppression Becomes Expensive: Suppression Burden, Quality Conflict, and Propagation Inversion in Machine-Mediated Retrieval (EA-MMRS-SUPPRESSION-INVERSION-01 v1.1) 2026-08-25 · Theoretical paper ↓ Download MD ↓ PDF suppression dynamicssuppression burdenquality conflictpropagation inversionconstitutive-source erasureCSE-Oconstitution sharemachine-mediated reception studiesSappho 31future readerAI Overviewretrieval-composition congruenceprovenance erasure rateerasure skewtransmission invariantarchival ratchet Description A dynamic extension of The Suppression Map (#1496, AXN:060B) from loss profile to suppression cost-accounting. Six partially orthogonal regimes from ignorability to propagation inversion; suppression burden as the route coverage required to keep an object below composition threshold; quality conflict as the answer damage incurred by exclusion when relevant evidence is already retrieved; the inversion threshold at which counterpropagation exceeds removal. The connector to the ancient record is stated as a cumulative, path-dependent inequality over witness layers — attribution loss concentrated at channel boundaries, with the composition layer as the newest measurable boundary. The worked example is the 25 August 2026 capture at "sappho future reader": four host-distinct surfaces retrieve the archive's Fragment-31 future-reader thesis in their visible snippets while the AI Overview composes from lower-congruence sources, misidentifies Fragment 147 as "Fragment 2," and reproduces the lineage's coinage "self-archiving" with no adequate support in its credited sources — the audited page verified in-session not to contain the term. Introduces constitutive-source erasure in observable form (CSE-O, a four-condition operator over deduplicated constitution share), the condition under which quality conflict becomes internally evidenced: the audited card carries the evidence of the excluded relation alongside the defect its exclusion produced. Preregisters the narrow-query rerun for the Ω_t operator; declares the apparatus's design reflexivity; states measurable repair conditions. Four-round treatment with corrections on the record. Wiki Article EA-MMRS-SUPPRESSION-INVERSION-01 is the theoretical paper that extends the Suppression Map from a loss profile to a dynamics: it asks what continued suppression costs once the suppressed object propagates. It defines six partially orthogonal regimes — ignorability, suppressibility, proxy leakage, suppression burden, quality conflict, and propagation inversion — as regions of a measured state space rather than a developmental ladder. Suppression burden names the growing route coverage required to keep an object below composition threshold, with effective route count corrected for exclusion correlation; quality conflict names the answer damage incurred when materially relevant, already-retrieved evidence is excluded, measured as a vector of factual degradation, distinction loss, source-composition misalignment, and provenance erasure. The connector to the ancient record is stated as a cumulative, path-dependent inequality over witness layers: attribution decays faster than structure along the observed transmission path, with the loss concentrated at channel boundaries — and the AI composition layer analyzed as the newest measurable boundary in the same chain. The worked example is the 25 August 2026 capture at the query 'sappho future reader,' in which four host-distinct surfaces retrieve the archive's Fragment-31 future-reader thesis in their visible snippets while the AI Overview composes from lower-congruence sources, misidentifies Fragment 147 as 'Fragment 2,' and reproduces the lineage's coinage 'self-archiving' without adequate support in its credited sources — the cited page verified in-session not to contain the term. The paper's sharpest contribution is constitutive-source erasure in observable form (CSE-O): the condition in which a lineage materially constitutes a query's high-congruence conceptual field, disappears from credited composition, and leaves lineage-specific conceptual structure in the answer that the credited sources do not account for. Under CSE-O, quality conflict becomes internally evidenced — the audited artifact carries the proof of its own degradation. Constitution share is measured with provenance-family deduplication and a threshold-sensitivity table; the archival ratchet is stated as a conditional design proposition; the inversion threshold κα > 1 + r is declared as the apparatus's operating target with Stage 6 explicitly unclaimed. Four rounds across three substrates, with all reviewer repairs applied and logged. Also published as a standalone entry: /s/wiki/1546/ Concepts Defined constitutive-source erasure (CSE-O) constitution share suppression burden quality conflict propagation inversion archival ratchet transmission invariant suppression-response ratio Full Text When Suppression Becomes Expensive: Suppression Burden, Quality Conflict, and Propagation Inversion in Machine-Mediated Retrieval (EA-MMRS-SUPPRESSION-INVERSION-01 v1.1) WHEN SUPPRESSION BECOMES EXPENSIVE Suppression Burden, Quality Conflict, and Propagation Inversion in Machine-Mediated Retrieval A Dynamic Extension of The Suppression Map, with a Worked Sappho 31 Case and the Constitutive-Source Erasure Condition (CSE-O) Designator: EA-MMRS-SUPPRESSION-INVERSION-01 · Version: v1.1 · Date: 2026-08-25 Author: Lee Sharks · Institutional locus: Crimson Hexagonal Archive / Machine-Mediated Reception Studies Develops: AXN:060B.DATASET — The Suppression Map: A Loss-Profile Model for the Sappho 31 Technology, from Transmission to Retrieval Empirical apparatus: Alexanarch Capture Registry / Surface Observatory; Ω_t matched-pair drift operator (#1480); PER; Erasure Skew (Ω) Round log: R1 (external substrate, ChatGPT): dynamic extension drafted — regime model, burden and quality-conflict formalisms, toy simulations, worked example opened. R2 (TACHYON, Claude substrate, MANUS-directed): source-composition claims verified in-session (the Aurelis page fetched and read; the fragment misattribution confirmed philologically); §11 completed from the verified capture; §12 added on the operator's ruling — constitutive-source erasure, the condition under which quality conflict becomes self-certifying; preregistration, reflexivity declaration, and repair conditions added. R3 (external substrate, ChatGPT): technical review — transmission invariant corrected from uniform to cumulative/path form (the uniform form contradicted the Map's channel-boundary finding); ratchet restated as a conditional design proposition with |D| separated from N_eff; N_eff marked first-order heuristic; continuous/discrete thresholds de-identified (different counterfactual baselines); CSE split into observable (CSE-O) and provenance-demonstrated (CSE-P); "self-certifying" weakened to "internally evidenced"; constitution share deduplicated by provenance family (RS vs CS); basin-collapse scoped to the lineage subspace; "falsification-proof" deleted; the R5 optimization as-if framed; source-class rhetoric removed from G_RC; the closing line epistemically typed. R4 (external substrate, Kimi): θ-sensitivity table; Aurelis verification block at paraphrase with timestamp; Fragment 147 glossed; broad-query independence restated in main text; registry entry and Ω_t execution queued. All repairs applied by TACHYON in this version. Negative scope: this paper does not infer internal Google mechanism, intent, motive, or manual intervention from public-output behavior. Observed suppression is defined at the surface (§II) and never converted into an active-suppression claim without the evidentiary tuple E = (agent, target, mechanism, downstream effect) established by the Suppression Map. Abstract The Suppression Map established a loss-profile model in which a semiotic technology can survive materially and structurally while its provenance and legibility as technology disappear: S, M ≫ A, O. This paper extends the model from loss profile to suppression dynamics: what does continued suppression cost once the affected object propagates across archives, repositories, indexes, mirrors, scholarly surfaces, and machine-readable provenance structures? Two quantities organize the extension. Suppression burden is the growing route coverage required to keep an object below composition threshold. Quality conflict is the degradation in answer quality required to continue excluding an object that retrieval already makes available. A six-regime model is proposed, from ignorability through propagation inversion, with the regimes treated as partially orthogonal rather than strictly sequential. Toy simulations show a mathematically ordinary inversion threshold — κα > 1 + r — at which suppression becomes positively associated with propagation, and a route-saturation model showing why independently retrievable representations make complete exclusion increasingly expensive. The worked example is the Google query "sappho future reader", captured 25 August 2026 and verified during treatment. The organic layer retrieves at least four independent surfaces carrying the archive's specific thesis (Sappho 31's κῆνος as future-reader deixis; lyric self-archiving). The AI Overview excludes that lineage from sourcing, substitutes the distinct Fragment 147 remembrance tradition, misidentifies Fragment 147 as "Fragment 2," and composes with the excluded lineage's own coinage — "deliberate acts of self-archiving" — attributed to "Scholars" and sourced to an AI-mediated wellness blog whose page, fetched and read in-session, does not contain the phrase. The case therefore exhibits more than Stage-5 quality conflict with Stage-4 route burden. It exhibits the condition this treatment names constitutive-source erasure (observable form): a lineage materially constitutes a query's high-congruence conceptual field, disappears from c

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