Meta-Information Field Theory

This paper introduces the Meta-Information Field Theory (MIFT), a novel framework that reinterprets physical reality as a structured projection of nonlocal information dynamics. Departing from traditional materialist models, MIFT proposes that particles, fields, and spacetime emerge from resonance structures within a higher-dimensional semantic lattice modulated by spiral time. The theory integrates mathematically defined information fields, spiral-time corrections, and semantic field equations to explain known anomalies such as the muon g-2 deviation, jet quenching in the quark-gluon plasma, neutrino oscillations, and CMB cold spot asymmetries. MIFT offers a unified, ontologically complete model that replaces classical causality with semantic coherence, and it makes several empirically testable predictions that differentiate it from the Standard Model and General Relativity.