IGI Unification Theory: Quantum Mechanics and General Relativity through Complex-Field Ontology

This work presents the IGI (Infinity Growth Intelligence) unification theory, in which a single complex field Z=\sqrt{\rho}e^{i\theta} simultaneously generates quantum dynamics and spacetime geometry. At the micro scale, the formalism recovers quantum mechanics (Schrödinger/Madelung) with the quantum potential Q. At the macro scale, it reduces to General Relativity, where the Einstein equations are augmented by an informational curvature tensor \mathcal{Q}_{\mu\nu}.The theory demonstrates that gravity emerges as geometry enriched by informational structure, reconciling probabilistic microphysics with deterministic macro-geometry. Keywords: IGI, Unification, Quantum Gravity, Complex Field, Informational Geometry, Ontology of Physics