self-correction-is-exhaustive-and-sustainable
OUT derived (depth 7)
Self-correction is both exhaustive in coverage (creation-time contradiction resolution via exhaustive derivation and maintenance-time staleness detection) and doubly sustainable (resource-bounded through accurate token budgets and structurally sound through unfragile architecture) — it can operate indefinitely without coverage gaps or resource exhaustion.
Summary
The system's ability to find and fix its own errors covers all the bases and can keep running indefinitely. It catches problems both when new conclusions are drawn and when old ones go stale, and it does so without burning through resources or relying on fragile internal structures. This belief is currently retracted, meaning one or more of its supporting claims no longer holds.
Justifications
SL — Connecting two orphan branches — lifecycle-exhaustive self-correction (depth-5) and structurally/resource-sustainable self-correction (depth-6) — into a unified property: exhaustive coverage that won't degrade
Antecedents (all must be IN):
- self-correction-is-exhaustive-across-lifecycle — Self-correction is exhaustive across the complete belief lifecycle: at creation time, the derive pipeline exhaustively discovers all derivable conclusions with guaranteed termination; at maintenance time, contradiction resolution and staleness detection ensure existing beliefs remain consistent and current.
- self-correction-is-structurally-and-resource-sustainable — The system's self-correction is doubly sustainable: resource-sustainable through accurate bounded token budgets that prevent exhaustion, and structurally sustainable through operation on architecture free of hidden fragility — neither resource scarcity nor architectural decay can undermine the self-correction loop.
Dependents
These beliefs depend on this one:
- self-correction-is-exhaustive-and-artifact-producing — Every self-correction — creation-time contradiction resolution and maintenance-time staleness detection alike — is exhaustive in coverage, sustainable in resource consumption, and produces consistently-identifiable artifacts (deterministic challenge auto-IDs, unconditionally-recorded nogoods with monotonic IDs), making the system's self-maintenance history fully referenceable
- self-correction-is-topology-accurate-and-convergent — The system's exhaustive self-correction operates on an accurate convergent topology: every correction propagates through complete dependency tracking (including outlist entries) to a deterministic stable state, ensuring no transitively affected node is missed and no oscillation occurs during correction.