Historical Formation in Self-Regulating Cognitive Systems: A Non-Stage Architecture of Processing Organization, Recursive Re-Entry, Structural-Update Governance, and Stable Structural Constraints

This paper develops the Historical Formation projection of the Architecture of Self-Regulating Cognitive Systems. It asks how Processing Organization, recursive re-entry, Structural-Update Governance, and relatively persistent structural constraints can be historically formed without treating their formation as a universal developmental ladder. Four formation problems are kept analytically distinct: the formation of Processing Organization, the formation of recursive re-entry, the formation of Structural-Update Governance, and the stabilization of relatively persistent structural constraints. Early or local constraints on change need not presuppose an already coordinated Structural-Update Governance. Recursive re-entry is treated as a distinct processing relation and is not identified with consciousness, recurrent access, or current Processing-and-Control Availability. Structural-Update Governance and recursive re-entry may form partly independently. In some sufficiently complex realizations, their intersection may allow potential structural changes themselves to become targets of further regulation. Relatively persistent structural constraints may stabilize, while later destabilization and meta-access remain separable optional possibilities rather than successive stages. The paper explicitly distinguishes formation history from GTCS Trajectory-Dependent Regulation, cognitive lineage, runtime Processing-and-Control Availability, Episode-Level Regulatory Routing, and human ontogenesis. The resulting account is a partially ordered formation architecture rather than a universal chronology, maturity scale, or stage theory.