Self-Consistent Global Modes: An Informational Framework for the Convergence of Quantum Mechanics and Emergent Phenomenology.

This paper proposes an integrative ontological framework—termed the Self-Consistent Global Mode (SCGM) model—that addresses the conceptual gap between fundamental physics, quantum non-locality, and high-level emergent phenomenology. Drawing from relational quantum mechanics, integrated information theory, and the non-local real properties of the universe, we posit that the observable universe represents a single, self-consistent mathematical solution within a broader Hilbert space topology. Rather than treating fundamental physical laws as isolated mechanical constraints, the SCGM model formulates them as structural expressions of a fundamental, information-based "source code." Under this framework, dark matter, dark energy, and non-local quantum correlations are reinterpreted not as missing physical entities, but as boundary conditions, geometric tensions, or marginal projections between adjacent global modes of higher structural coherence. Furthermore, the paper explores how conscious observation and intentional systems might interact with these fundamental informational conduits. By framing physical reality as a hierarchical network of self-consistent modes, this model provides a non-dogmatic, logically structured foundation aimed at fostering future mathematical formalization and empirical testing regarding the nature of physical law and observer-system interactions.