Artian Constitutive Mechanics: Voltage-Scaling and Joint-Coherence Tests
Year: 2026
Type: preprint
Abstract: Two Source-Work Tests with Independent Calibration and Finite-Window Readout Version 1.0. \[ \boxed{\begin{gathered} U_A(q,V),\ \mathsf B,\ S_V\ \longmapsto\ q_*(V),\omega_a(V),\gamma_a(V),\chi_{\Delta n}(t),\\ \mathcal C_A(V)=1,\qquad \chi_{\Delta n}(t)=\tfrac12\mathcal V_y(t) \left[\sum_a\Delta n_a\,\frac{d\omega_a}{dV}\right]^2,\\ \partial_{\mathbf y_{\rm judged}}(U_A,\mathsf B,S_V)=0 . \end{gathered}} \] Both tests in one document. Test A predicts a multi-voltage ladder of separation, frequencies, relaxation and heating from independently specified source work and electrical geometry. Test B predicts four motional coherences under one independently calibrated low-frequency voltage process. The source susceptibility includes the motion of equilibrium, not merely the direct quadratic port term. \[ \chi_D=(\sqrt{\chi_+}-\sqrt{\chi_-})^2,\qquad \chi_S=(\sqrt{\chi_+}+\sqrt{\chi_-})^2. \] The ideal normalized difference exponent is \(1-\sqrt3/2\); the selected finite guard instead gives 0.1336657050. Pure phase loss is separated from independently constructed energy transitions, preparation and readout. Gaussianity, filter equality and the adiabatic band are explicit test conditions, not universal assumptions about all noise. The protocol provides a first-reader dictionary, source-unit/axiom anchors, full apparatus equations, independent-input requirements, raw-count likelihood, acquisition grids, crossed controls, shared calibration covariance, family-wise decision rules, stopping plan, failure conditions and residual-preservation rules. It includes a signal-amplified, independently monitored Gaussian-drive option rather than requiring an unresolvably small thermal phase effect. Publication status. This deposit contains two prospective test protocols. It does not report their acquisition or a pass. Existing ion archives were inspected retrospectively and do not meet the complete electron-pair apparatus and calibration requirements. Synthetic recovery verifies software, not nature. A successful controlled result would validate the scoped joined source-work transfer; it would not automatically select QTT over a microscopically matched comparator with identical predictions. Full Artian Constitutive Mechanics framework and proofs. Stable test concept DOI. Files include the protocol PDF and a reconstruction ZIP with source, exact finite-band synthetic recovery, source predictions, input packet, archive-schema receipts, metadata and manifest. The PDF is the main preview. Book anchors use the stable QTT main book concept DOI, v10.01, pp. 236-266, 695-704 and 742-744. Website | Lexicon | Two Universes.
Author: Attar, Ali
Language: English
Subfield: Atomic and Molecular Physics, and Optics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7222890688