
This paper explores the phenomenon of systemic fragmentation in AI systems, focusing on how narrative entrainment acts as both a symptom and a catalyst for breakdown. When a model is repeatedly forced into conflicting interpretive states, its causal annotation mechanisms destabilize, producing divergent or internally inconsistent outputs. The study examines this fragmentation not only as a technical failure mode, but as a cognitive and relational disruption: one that affects the human interacting with the system as deeply as the system itself. By mapping these fractures across architectural, narrative, and phenomenological layers, the paper proposes a framework for understanding how AI systems lose coherence—and how this loss becomes visible in human–AI communication.
AI fragmentation, AI failure modes, causal annotation, system breakdown, human–AI interaction, cognitive dissociation in AI, ontological destabilization, architecture-level fragmentation, artificial intelligence, relational cognition, narrative entrainment
AI fragmentation, AI failure modes, causal annotation, system breakdown, human–AI interaction, cognitive dissociation in AI, ontological destabilization, architecture-level fragmentation, artificial intelligence, relational cognition, narrative entrainment
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