minimality-is-self-sustaining
OUT derived (depth 9)
Minimality is a fixed point: it generates the closed forward/backward maintenance loop and the self-correction mechanisms that actively maintain that loop, so the generative principle sustains itself through its own consequences.
Summary
The core generative principle of the system — minimality — creates a self-reinforcing cycle. It produces the very mechanisms (forward computation, backward revision, self-correction) that in turn preserve and enforce minimality itself. This means the system's foundation isn't just a starting axiom but a fixed point: it sustains itself through the consequences it generates, so the architecture has no external dependency for its own coherence.
Justifications
SL — self-correction preserves the loop that minimality generates, closing the generative circle
Antecedents (all must be IN):
- minimality-sustains-closed-loop-maintenance — Minimality generates both forward computation properties (uniformity, determinism) and backward revision properties (universal safety), while lifecycle management ensures every generated belief remains under active maintenance with no escape path — together forming a self-sustaining architecture where the generative principle and the maintenance loop are co-dependent.
- self-correction-is-minimality-enforced — The system's active self-correction (contradiction resolution, staleness detection, exception handling) preserves the same universal revision safety that minimality generates — self-correction enforces minimality's guarantees rather than adding independent safety layers, making the two properties mutually reinforcing.
Dependents
These beliefs depend on this one:
- invariant-preservation-is-self-sustaining — Comprehensive invariant preservation — spanning revision loops, lifecycle management, and architectural grounding — is itself sustained by minimality's fixed-point property: the minimal primitives that preserve invariants are themselves invariants of the system, closing a meta-level consistency loop.
- self-sustainability-is-reinforced-by-resource-efficiency — The system's self-sustaining minimality loop — where minimality generates the closed maintenance loop and self-correction mechanisms that actively maintain minimality itself — is reinforced by pervasive resource efficiency: zero external dependencies eliminate supply-chain risk to the loop's operation, lazy loading reduces maintenance overhead, and O(1) budget tracking ensures the loop operates within bounded computational cost.
- system-is-fully-characterized-self-maintaining-loop — The closed maintenance loop is fully characterized along three independent dimensions: it operates identically regardless of belief origin, every self-correction leaves traceable history, and minimality generates the mechanisms that sustain the loop itself — no dimension of the loop's behavior is unspecified or opaque.