Unified Interaction Theory Based on Multidimensional Neutrino Inward Contraction and Hierarchical Anchoring Structure

Abstract

This work establishes a unified framework for fundamental interactions under the single axiom of total cosmic energy balance. It adopts the coupling‑decoupling mechanism and multidimensional inward‑contracting neutrino field to describe the energy transfer between visible matter and dark matter. The model derives a single force equation that covers strong, weak, electromagnetic and gravitational effects across micro‑particle, atomic, stellar and galactic scales. Key parameters are calibrated from ground‑based experimental data including tritium β‑decay, LHC glueball resonance and hydrogen spectral measurements. The theory reproduces Mercury perihelion precession, GPS satellite clock drift and galactic flat rotation curves without invoking spacetime curvature or ad‑hoc fitting parameters. Testable experimental predictions are proposed for future neutrino detectors.