Classical and Quantum Gravity, and Oscillating Fingerprints: A Containment-First Discriminator on held a r↔r Magnitude Plateau
Year: 2025
Type: article
Abstract: This release introduces the Oscillating Fingerprint: a mechanical, four-position geometry that separates Classical Gravity from a Quantum Gravity mediator on a held r↔r Magnitude plateau. The fingerprint arises by reading two weakly coupled mechanical modes (symmetric/antisymmetric) in two orthogonal quadratures (0°/90°), yielding a 2×2 observation grid. On this grid, a classical one-mode mediator collapses to rank-1 and produces a robust ~pi cross-phase step; a quantum two-quadrature mediator remains full-rank and shows no mandatory pi step. The work operationalizes a containment-first ladder (Consistency → Magnitude → Amplitude), mandates A/B hygiene freezes, and specifies a finite decision band with a numeric rank metric (s2/s1 thresholds) for pass/fail calls. It integrates positive Q fingerprints (e.g., entanglement witnesses, commutator-phase, state-dependent noise) that can be run on the same window, and includes translator-gate guidance (Up vs Down asymmetry) plus materials roles (Drude, strange metal, SC/dielectric). A minimal run card and decision tree convert the method into a lab-ready protocol. The Oscillating Fingerprint concept was first articulated in Quantum Vise and here becomes a concrete discriminator unifying the classical pi-step with quantum-compatible signatures.
Author: Richardson, William J.
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7082986244
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