Model D Quantum Bridge: A Two-State Rotor-Oscillator Hybrid with Thermal, Work-Store and Autonomous Energy-Depot Controls
Year: 2026
Type: preprint
Abstract: This theoretical preprint develops a limited bridge from a specified two-state Hamiltonian with coherent coupling paths to a phase-dependent small-displacement stiffness. Reciprocal Ehrenfest forces and torque yield a conservative energy account; classical Langevin bath couplings and work-store or autonomous energy-depot controls extend the comparison to heat and supplied work. The autonomous free-depot branches have analytically determined rates that depend on the parameters. No independent selection of 0.218 Hz is obtained. A sustained mean rate and a shared phase are distinct, and the stochastic ensembles are independent repeats of one rotor, not a coupled rotor network. Illustrative scaled inputs are used throughout; physical Hz labels are conditional on a chosen reference time. The Born rule is an input. Material realization, global hybrid stability, full quantum Gibbs equilibrium and a complete Model-D embedding remain open. The package supplies the manuscript, source, figures, numerical records and integrity checks. No new empirical measurements or live Model-D integration are reported.
Author: Schmidt, Jessica
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7223471667
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