Modeling the Informational Architecture of Consciousness: Computational and Formal Explorations in the Theory of Informational Emergence (TIE)

This preprint presents an extended formulation of the Theory of Informational Emergence (TIE), a structural framework for modeling coherence, perspective, and consciousness in complex informational systems. TIE characterizes conscious perspective as an emergent property arising from the dynamic synchronization between a system’s internal informational configuration (𝐈ₛ) and an external informational configuration (𝐈ₘ). When coherence between these configurations exceeds a critical threshold (Φ), a stable perspective emerges.

The framework is developed through formal definitions of core concepts, quantitative coherence-related metrics, and computational simulations illustrating synchronization dynamics and perspectival stabilization. Supporting annexes include a glossary, logical structure, and a mock application of the TIE–Dialog interface.