Geometric Unification through Dynamic Mass Transduction: The TN Model and the Gravitonic Nature of |ψ| 2

This extensive treatise presents the theoretical foundations and the experimental valida- tion protocol for the TN Model. The ontology of mass is redefined: from a static scalar parameter to a processual emergent equilibrium. By applying principles of information the- ory and dynamic flow analysis to quantum field interactions, the electron is modeled as an η-transducer continuously sampling the Higgs vacuum potential. This framework me- chanically derives E = mc2 as a frequency saturation limit and demonstrates that gravity emerges as a discrete entropic residue from Lorentz factor modulation (γ˙). By establishing the physical identity between the wave function probability density |ψ| 2 and the gravitonic field ρg, a unified field equation is formulated. Finally, three definitive experimental proofs are proposed to validate the theory at accessible energy scales