revision

21 beliefs (8 IN, 13 OUT)

OUT agent-beliefs-undergo-full-revision
Agent-imported beliefs participate in the full revision system: the self-contained agent subsystem provides isolated lifecycle management and reversible defeat, while the comprehensive revision system ensures agent beliefs are subject to the same outlist defeat and contradiction resolution as locally-created beliefs — no revision exception exists for external provenance.
IN belief-revision-is-comprehensive-and-minimal
The system handles all forms of belief revision through two complementary minimal mechanisms: the outlist primitive provides a single reversible defeat mechanism for challenges, kill-switches, and supersession, while dependency-directed backtracking resolves detected contradictions by retracting the least-entrenched premise with minimal disruption.
IN belief-revision-is-fully-reliable
The complete belief revision pipeline — outlist-based defeat for proactive retraction plus dependency-directed backtracking for reactive contradiction resolution — produces correct, consistent, auditable results with deterministic propagation settling all consequences.
IN determinism-spans-revision-semantics-through-source-integrity
Determinism is maintained end-to-end from belief revision semantics through source integrity verification: revision operations produce deterministic traceable state transitions (structured before/after diffs with controlled irreversibility), AND the source verification that triggers revision actions is itself deterministic and architecturally grounded (fail-safe path resolution, exact SHA-256 comparison, clean layer boundaries) — no step in the revision-triggered-by-source-change pathway introduces non-determinism.
IN dialectical-revision-governs-rich-traceable-state
Dialectical revision — deterministic, reliable, and semantically complete with controlled irreversibility — governs metadata-enriched state beyond binary truth values, producing traceable deterministic changes to retraction flags, stale reasons, and access tags through every challenge/defend operation, not just binary IN/OUT transitions.
IN migrated-retraction-agent-beliefs-undergo-full-revision-j0
Invalid: missing bridge between agent subsystem and general revision system (defeats agent-beliefs-undergo-full-revision justification 0)
OUT minimality-generates-universal-revision-safety
Universal revision safety is a consequence of minimality: the system has no revision blind spots because both uniform edge-case handling and comprehensive lifecycle coverage emerge from the same minimal primitives that power truth maintenance — minimality does not merely simplify the design but actively prevents the coverage gaps that would arise from feature-specific revision paths.
OUT minimality-spans-computation-and-revision
Minimality is the shared generative root of both forward and backward system properties: forward computation achieves uniformity and determinism, backward revision achieves universal safety covering all edge cases and lifecycle states — the same minimal primitives produce correctness in both directions without requiring separate design efforts or independent correctness arguments.
OUT multi-agent-revision-is-semantically-uniform
Multi-agent operation does not carve out exceptions to the universal revision semantics — agent beliefs undergo the same uniform revision (outlist defeat, contradiction backtracking, edge-case handling) as local beliefs because agent namespacing and relay pairs operate above the evaluation layer, not within it.
OUT revision-completeness-follows-from-minimality
The complete revision system — covering both proactive dialectical defeat and reactive contradiction resolution — handles all semantic edge cases uniformly because both revision mechanisms and edge-case handling derive from the same minimal outlist primitive, making completeness an emergent consequence of minimality rather than an engineering feat.
OUT revision-coverage-is-verifiably-sound
Revision coverage spans the complete two-dimensional space (provenance axis and temporal axis) with end-to-end reliability across logical and infrastructure layers, forming a verifiably sound revision system — conditional on propagation not assuming the dependents index exists for all referenced nodes.
OUT revision-coverage-requires-sound-propagation
Revision safety covers the complete two-dimensional space — the provenance axis (internal via comprehensive edge-case handling, external via defensive containment) and the temporal axis (creation-time contradiction resolution, maintenance-time staleness detection) — but this coverage is contingent on propagation correctly discovering all dependent nodes to complete revision cascades.
IN revision-governs-richer-state-than-truth-values
The belief revision system achieves complete semantics that extend beyond binary IN/OUT truth through metadata-enabled lifecycle governance — revisions track, preserve, and act on richer state (retraction reasons, staleness markers, access tags, challenges, supersession) that the binary truth model alone cannot express.
OUT revision-has-code-enforced-derivation-constraints
The deterministic traceable revision system with complete dialectical semantics achieves fully code-enforced derivation quality — every constraint including minimum antecedent requirements is validated programmatically, not relying solely on LLM prompt instructions for structural invariants.
OUT revision-invariants-follow-from-shared-foundations
Both revision paths (reactive contradiction resolution and proactive dialectical challenge) preserve system invariants not through path-specific correctness arguments but because they operate through the same minimal primitives — shared foundations guarantee that any revision entry point inherits the same invariant-preserving behavior.
OUT revision-is-end-to-end-reliable
The revision system achieves end-to-end reliability across both logical and infrastructure layers: logically, every belief including all semantic edge cases is revisable with lifecycle-safe semantics-preserving operations — and infrastructurally, the I/O substrate supporting revision (staleness detection and truth propagation) completes without errors or false negatives.
OUT revision-is-evaluation-invariant-and-auditable-across-origins
The belief revision system achieves two independent trustworthiness properties universally: evaluation invariance (revision governs richer state than binary truth yet produces identical evaluation results regardless of mutation path) and full auditability across all origins (every correction — dialectical or automated — is reliable and auditable regardless of whether the belief was human-initiated, LLM-derived, or agent-imported).
OUT revision-safety-spans-internal-and-external
The revision system is universally safe across both belief provenance boundaries: internally-originated beliefs are covered by comprehensive edge-case handling and lifecycle awareness with no blind spots, while externally-originated beliefs are defensively contained through layered ingestion pipelines — the same revision guarantees apply regardless of whether a belief was created locally, derived by LLM, or imported from another agent.
IN rich-governance-determinism-spans-revision-through-source
Rich lifecycle governance — deterministic and lifecycle-complete — achieves end-to-end determinism from belief revision semantics through source integrity verification, ensuring that metadata-enabled state governance produces predictable outcomes at every pipeline stage from truth evaluation through hash-based staleness detection.
OUT richer-revision-preserves-evaluation-invariance
Although the revision system governs state richer than binary truth values — including metadata-enabled lifecycle governance with retraction reasons, staleness indicators, and access controls — truth evaluation remains transformation-invariant, producing identical results regardless of attachment history or structural origin; the richer governance layer operates orthogonally to evaluation, enriching management capabilities without compromising core determinism.
IN semantics-and-revision-share-minimal-foundations
Both truth maintenance semantics and belief revision achieve comprehensive coverage through the same minimal primitives — the outlist primitive simultaneously enables emergent truth evaluation (disjunction over conjunction with absence semantics) and all non-monotonic revision mechanisms (defeat, backtracking, dialectics), confirming minimality as a cross-cutting architectural principle rather than a property of any single subsystem.