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Autor principal:	Richards, Misty Michele
Format:	Recurso digital
Idioma:	anglès
Publicat:	Zenodo 2026
Matèries:	memory topology structural legitimacy continuity-dependent governance Human-Adjacent System Design HASD Asymmetric Interaction Governance replayability horizons AIG propagation half-life authority degradation gradients locality-sensitive legitimacy persistent memory systems adaptive governance long-lived AI systems
Accés en línia:	https://doi.org/10.5281/zenodo.20123972
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This paper introduces a topology-based framework for understanding how legitimacy evolves in long-lived human-adjacent systems that maintain persistent memory and adaptive behavior.   The work formalizes replayability horizons, propagation half-life, locality-sensitive legitimacy, authority degradation gradients, and structural revalidation as mechanisms for evaluating whether previously authorized actions remain structurally valid under changing continuity conditions.   The framework integrates Human-Adjacent System Design (HASD), Asymmetric Interaction Governance (AIG), and the Resonant Synthesis Engine (RSE), linking memory topology to measurable indicators of coherence, continuity, and structural stability.   The resulting model provides a substrate-independent governance methodology for maintaining trust, resilience, and operational integrity across persistent AI systems, distributed infrastructures, organizational systems, and other long-lived adaptive architectures.

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