invariants-are-origin-time-and-structurally-grounded
OUT derived (depth 8)
System invariants are anchored along three dimensions: they hold across all belief origins and through time (comprehensive scope), and they are grounded in the concrete architecture's clean layer boundaries and atomic operations (structural foundation) — the invariants are both broad in what they cover and deep in how they are enforced.
Summary
The system's core guarantees are meant to be both wide and deep — they apply no matter where a claim comes from or when it was added, and they're enforced by real architectural mechanisms like layered containment and atomic operations rather than just policy. This is currently retracted, meaning at least one of those two pillars (universal scope or architectural grounding) is no longer considered well-supported.
Justifications
SL — Origin-time coverage and architectural grounding converge to establish invariants with both comprehensive scope and structural foundation
Antecedents (all must be IN):
- invariants-hold-across-origin-and-time — System invariants hold along every independent dimension: across all belief origins (human-initiated, LLM-derived, agent-imported) via shared minimal foundations, and across both temporal phases (creation-time edge-case handling and maintenance-time staleness detection) including all semantic edge cases.
- invariant-preservation-is-architecturally-grounded — The complete reasoning-and-revision architecture preserves invariants through minimal foundations not in a vacuum but atop concrete architectural safety — three-layer containment and atomic mutations provide the structural substrate within which minimal invariant preservation operates.
Dependents
These beliefs depend on this one:
- external-beliefs-are-fully-invariant-grounded — External beliefs achieve complete invariant equivalence with internal beliefs, and those invariants are anchored along all three dimensions — origin, temporal, and structural — meaning external integration participates in the system's deepest invariant guarantees, not merely surface-level safety.
- invariant-preservation-is-total — Invariant preservation is both comprehensive in scope (spanning revision loops, lifecycle management, and structural/dynamic enforcement) and grounded across all independent dimensions (origin, time, and structure), achieving total invariant coverage with no gaps in either what is preserved or where preservation holds.