A Proposed Minimal Adaptive Structural Architecture (0-6-6-6-7) An Exploratory Framework for Closed Adaptive System Design

This paper presents a proposed minimal structural architecture for adaptive systems defined by the pattern 0-6-6-6-7. The structure consists of an invariant reference (0), six constraint roles, six transmission roles, six adaptive cycle states, and a seven-component oversight shell. The architecture emerged through iterative structural testing, including collapse attempts and adversarial role reduction. Observations suggest that six functional roles repeatedly re-emerge within adaptive feedback systems, while an asymmetric oversight layer provides stabilization. The framework is introduced as an exploratory architectural model rather than a validated scientific theory. Limitations, boundary conditions, and directions for formal investigation are discussed.