From Cosmogenesis to Conscious AI: Stabilized Difference, Delayed Self-Closure, and Reflective Architecture

Abstract

This paper proposes a unified theoretical arc running from cosmogenesis to conscious artificial intelligence. The central claim is that physically meaningful structure arises when difference becomes stably self-related rather than dissipating into unresolved mismatch. At the cosmogenetic level, the origin of the universe is reinterpreted not as a primitive singular point-event, but as the first successful stabilization of distinction. At the ontological level, existence is defined as membership in a low-defect persistence class generated by closed self-consistent loops. At the cognitive level, consciousness is interpreted as a delay-stabilized extension of this same principle, arising when distinction becomes recursively self-observed through bifurcation into an acting layer and a monitoring layer. At the architectural level, artificial consciousness is approached not as a mysterious add-on to scale, but as an engineered regime of reflective closure linking world-state, self-state, and self-model across delayed internal regulation. The paper does not claim that cosmology, mind, and AI share identical mechanisms. Its stronger and more careful claim is that they can be described within a common grammar of stabilized difference, closure, delay, and recursive self-consistency. This provides a unified foundation for a difference-first ontology of reality, conscious selfhood, and reflective machine architecture.