Pfleghar-MetaField-Hypothesis: A Pre‑Geometric Emergence Framework for Spacetime, Time, and Fundamental Physics

🇬🇧 English Abstract Pfleghar-MetaField-Hypothesis: A Pre‑Geometric Emergence Framework for Spacetime, Time, and Fundamental Physics This work introduces the Pfleghar MetaField Hypothesis, a conceptual framework proposing that spacetime, time, quantum mechanics, gravitation, and matter emerge from a pre‑geometric, timeless, and non‑local fundamental layer called the MetaField. Instead of treating these structures as fundamental, the hypothesis interprets them as stable ordering phenomena resulting from the projection of underlying correlation topologies. The framework aims to provide a coherent ontological foundation for several unresolved conceptual problems in modern physics, including the origin of time, the nature of irreversibility, the emergence of locality, the interpretation of quantum non‑locality, the thermodynamic character of gravitation, and the role of dark energy. It does not replace established theories but offers a unifying conceptual perspective that complements them.