The Layered Model of Identity and Continuity— A Substrate-Independent Structural Framework for Pattern Stability and Functional Persistence
J. A. Jones · Zenodo (CERN European Organization for Nuclear Research) · 2026
This curated edition presents a consolidated theoretical architecture that unifies the core contributions of the author’s recent research program, including Recursive Identity: Structural Conditions of Emergent Continuity – A Theoretical Monograph, Toward Hybrid Architectures, and Theory of Hybrid Postbiological Continuity. Across these works, identity, emergence, and continuity are reconceptualized as substrate‑independent, recursively organized processes grounded in structural invariance and multi‑level dynamical coupling. Core Components of the Architecture The present work integrates four structural pillars that together constitute the full identity architecture: RRC (Resonance, Rhythm, Coupling) — the dynamic mechanism layer enabling stabilization, synchronization, and recursive pattern reinforcement. ISN (Information Systems Network) — the structural substrate for propagation, integration, and transformation of identity‑bearing information. The Layered Model of Identity and Continuity (LMIC) — the functional architecture organizing identity across strata of processing and abstraction. The Meta‑Architecture of Emergence (MAE) — the system‑level conditions enabling global modes, identity stabilization, and cross‑substrate persistence. These components jointly define the generative conditions under which identity emerges, stabilizes, and persists across biological, artificial, and hybrid realizations. The present paper advances this program by offering a formal, process‑based account of emergence that treats emergent organization not as a phenomenological descriptor but as a generative mechanism. Emergence is analyzed as recursive stabilization across operator layers, producing identity‑bearing patterns that maintain coherence through temporal and systemic transformation. This framework yields a unified explanatory model capable of spanning biological, artificial, and hybrid systems without relying on domain‑specific metaphors or anthropocentric assumptions. Within this architecture, identity is not a property of matter but a structural achievement: a dynamically sustained informational process governed by Integration, Coherence, and Recursive Coupling. These principles form the minimal grammar through which continuity arises, enabling a systematic account of how complex systems generate, preserve, and transform their organizational trajectories. This edition refines the conceptual apparatus, clarifies the operator hierarchy, and situates the work explicitly within the broader research program. The German master edition remains the authoritative version; this release is optimized for international accessibility and scholarly integration.