CDIP v3.1 META PHYSICS Addendum Epoch-wise Lexicographic Stability for Trinary Domain Observation (Bottom Extension, Comparability Monotonicity

We provide a fully integrated epoch-evolution addendum for the Trinary domain obser- vation framework (Real/Couple/Imag). The construction is non-expansive: it introduces no parameter writes, no new thresholds, and no executable state machine. A bottom ele- ment ⊥ totalizes the domain-label map, capturing the “undefined/insufficient evidence” gap (INAD shadow). We formalize an epoch-indexed comparability domain Ct and prove its monotone expansion under non-contradictory evidence evolution. We then define an epoch-lifted lexicographic divergence that prioritizes domain legitimacy prior to any verified-image metric refinement, yielding an epoch-invariant earliest-failure discipline and a “no launder-ing” corollary. A minimal cross-epoch class-alignment interface is specified; contradictory evolution is handled by an explicit boundary rule that blocks comparison by ⊥. An optional non-expansiveness axiom for the core distance yields a stronger monotone bound without introducing new control surfaces. Finally, we state a strict Telomere event-boundary clause:these observation and comparison operations do not constitute self-modification events and thus do not consume telomere charge.