Cognition defines the first structural layer of the Unified Mind Architecture (UMA). It formalizes cognition as the architecture that produces ordered state: the capacity to form, maintain, transform, and navigate structured representations. The paper establishes cognition as a generative system with its own primitives, constraints, and internal dynamics, independent of downstream constructs such as consciousness, intelligence, agency or closure. The work introduces a clean separation between architecture and phenomenology, grounding cognition in structural operations rather than behavioral descriptions or functional metaphors. It identifies the core mechanisms that allow a mind to stabilize patterns, propagate structure, and generate coherent updates across time. These mechanisms form the substrate upon which all higher‑order layers of UMA are built. By defining cognition as a structural discipline, the paper provides the foundation for the subsequent layers of the architecture and anchors UMA as a unified, upstream framework for understanding the mind.
Brian Rieckmann (Sat,) studied this question.
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