A Theoretical Synthesis: How Four Independent Frameworks Suggest Convergent Architectural Constraints for Consciousness

This paper presents a theoretical synthesis of four independent frameworks: Relevance Realization (Vervaeke), Strange Loops (Hofstadter), Kluge Architecture (Marcus), and the Baldwin Effect, proposing their convergence on similar architectural constraints for consciousness. Through theoretical analysis and examination of illustrative examples, we suggest that this convergence may indicate fundamental computational principles underlying conscious processing. The synthesis proposes sharp thresholds rather than smooth gradients in capability emergence, with consciousness potentially appearing as an "all-or-none ignition'' effect when specific architectural bounds are crossed. The framework suggests design parameters for consciousness-avoidance architectures, maintaining modular separation while achieving powerful specialized capabilities. These theoretical proposals challenge current AI development trajectories by suggesting that open-ended AGI may require architectures functionally similar to consciousness, while providing a potential blueprint for powerful but bounded systems that deliberately sidestep consciousness emergence.