Emergence of Gravity and Experimental Predictions in Quantum Compression Theory

We present an expanded framework for Quantum Compression Theory (QCT)that integrates rigorous geometric quantization on Kähler manifolds with a novelquantum compression term to derive emergent gravitational dynamics from collectiveneutrino states.Methods: Our approach decomposes the spacetime metric into a standard Hermitiancomponent and an additional compression term, characterized by the fine structureconstant and a quantization number. Detailed analytical derivations and extensivenumerical simulations support our framework. Conclusions: Overall, our comprehensive analysis establishes QCT as a promisingunifying framework bridging quantum mechanics and gravity, with significantimplications for cosmology, dark energy, dark matter, and the Standard Modelmass hierarchy.