Dynamic Mass Transduction: The η-Transducer Model and the Gravitonic Nature of the Wave Function

This Letter proposes a fundamental shift in the ontology of mass, transitioning from a static scalar
property to a dynamic emergent process. We introduce the TN Model, asserting that rest mass
(m0) is the manifestation of a high-frequency transduction cycle performed by the electron acting as
an η-transducer. By modeling the sampling of the Higgs vacuum potential (Φ0), we provide a novel
physical interpretation of relativistic mass increase as frequency saturation. We derive gravity as a
discrete entropic residue (ζ) generated by Lorentz factor modulation (˙γ) and demonstrate that the
wave function density |ψ|2 is a physical gravitonic field. This framework unifies quantum mechanics
and general relativity through the principle of gravitonic coalescence in covalent bonding and Cooper
pair stability.