Non-Intentional Release Dynamics from CMEM to ATRDCA′ (The RNB) A Cross-Scale Structural Continuity Framework(v0.3)

This work presents a unified structural framework integrating the CMEM tri-operator system (Decoding, Echo, Debugging), the Non-Intentional Release Model (NIRM), and the Release-and-Base (RNB) unit into a continuity-sensitive formulation denoted as ATRDCA′. The framework does not aim to explain the universe, prescribe system behavior, or propose optimization or rescue strategies. Instead, it provides a diagnostic description of when a system retains—or exhausts—the structural capacity to continue under operator imbalance. Release events are treated as non-intentional transitions arising from exhausted reachability rather than choice, strategy, or teleology. A central result of this work is the demonstration that the minimal ATRDC release cycle is structurally insufficient to guarantee continuity. Continuation requires that post-consolidation structures preserve a non-zero return-path width, enabling renewed accumulation on a transformed base. This condition is formalized in the extended ATRDCA′ cycle, which distinguishes continuity from recurrence, stability from equilibrium, and persistence from narrative progression. All operators are defined functionally rather than physically, allowing the framework to apply across physical, biological, cognitive, and civilizational systems without substrate-specific assumptions. No claims are made regarding prediction, optimization, or intervention efficacy. Continuity is treated strictly as a structural property determined by operator-resolved reachability. The framework is intended as a descriptive boundary model for system dynamics, designed to prevent teleological, metaphysical, or narrative misinterpretation while remaining compatible with formal analysis across scales.