This monograph is the eleventh in the Cognitive Cybernetics Technical Monograph Series, extending the foundation established in the first ten monographs. It addresses a critical structural error in cognitive analysis: the assumption that continued processing leads to resolution. The work systematically distinguishes processing (ongoing inference activity) from resolution (convergence across competing states into a coherent configuration). Processing is activity; resolution is structural convergence—one does not imply the other. Processing can persist when termination thresholds are deferred, recursion cycles repeat, evaluation weights remain unchanged, and feedback reinforces existing paths, leaving the system active but stationary within its state space. Resolution occurs only when evaluation criteria shift, dominance hierarchies reconfigure, navigation pathways open or close, and termination conditions align with coherence. Without regulatory movement, processing alone produces repetition. Repeated processing often appears as progress—more analysis, more explanation, more articulation—but structurally the system is revisiting the same region. Motion is present; transition is not. Additional input increases load but does not alter regulation. When feedback loops are locked, closure criteria are fixed, and recursion depth is capped, new information is either absorbed into existing structures, ignored, or used to reinforce current conclusions, leaving resolution unreachable. As systems stabilize, resolution becomes harder, processing cost increases without benefit, and divergence persists despite effort—resistance that is structural, not motivational. This pattern appears symmetrically in human reasoning, algorithmic systems, and hybrid cognitive fields; the invariant lies in regulation, not medium. If a system processes continuously, revisits the same conclusions, and fails to integrate competing signals, the issue is not insufficient processing but lack of regulatory reconfiguration. The monograph closes with a boundary statement: processing sustains activity; resolution requires structural change. Cognitive systems can process indefinitely without resolving anything. Understanding cognition requires recognizing when processing has replaced movement.
Kanna Amresh (Mon,) studied this question.