The Meliverso Theory: Emergence of Reality from Information

This work introduces the Meliverso Theory, a formal informational framework in which spacetime, matter, and consciousness emerge from the dynamics of an informational density field I(x,t), identified with Fisher Information. The framework is defined through explicit field equations governing informational continuity, coherence dynamics, and metric emergence, establishing a direct connection between information geometry and effective spacetime structure. A central result is the existence of a critical phase transition controlled by a coupling parameter α, separating incoherent regimes from self-amplifying coherent structures capable of self-reference. The theory introduces integrated informational complexity Φ as a measure of structured organization and proposes an emergent interpretation of time as a function of informational change. Numerical simulations and proposed experimental protocols (interferometry, neural systems, and metamaterials) provide falsifiable pathways to test the framework. The Meliverso is positioned as a non-reductive, testable approach toward unifying physics and cognition within a single informational paradigm.