Direct Universal Compression Theory (DUCT) II: Laboratory-Scale Transition of Quantum Valences to Deterministic Orbits via Induced η-Field Locking

The Direct Universal Compression Theory (DUCT) proposes that the distinction between quantum and classical systems is a function of the compression coefficient (n) and observational frequency (vd). While DUCT seeks to potentially model galactic kinematics, this paper proposes a specific laboratory-scale experiment to validate its core axioms. By subjecting a single Hydrogen atom to a high-gradient magnetic field and a multi-wavelength "compression" laser array, and artificial Quantum Compression Inertia (QCI), we hypothesize that the electron’s "probability cloud" can be forced into a deterministic, "Newtonian-style" orbit. This paper outlines the protocol for "Induced Field Locking" and predicts the measurable shifts in inertia and time-dilation that would confirm DUCT as a unifying physical framework.