What does this research mean for the field?

A reproducible numerical audit workflow using a frozen 3D tetrahedral KMC FEM package provides structural work-in-progress support for the Methane Metauniverse framework, though it does not constitute physical proof or a replacement for QED or GR. Novelty: ClaimNovelty.METHODOLOGICAL. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The central aim is to assess whether time can be considered fundamental using various structural routes identified in the Methane Metauniverse framework.

May 31, 2026Open Access

Can Atomic Clocks and King-Plot Nonlinearities Test Whether Time Is Fundamental?

Key Points

The central aim is to assess whether time can be considered fundamental using various structural routes identified in the Methane Metauniverse framework.
Conducted a numerical audit using a 3D tetrahedral KMC FEM package.
Tested various structural routes including Rydberg scaling, Stark and Zeeman routes, and other quantum interactions.
Evaluated King plot nonlinearities and clock readout residuals under specific conditions.
Only structural work-in-progress (WIP) support was identified, with no physical proof established.
The approach does not replace existing theories like Quantum Electrodynamics (QED) or General Relativity (GR).
Methodology emphasizes reproducibility and consistency in auditing processes.

Abstract

This preprint documents a standard first numerical audit of the Methane Metauniverse framework. The study uses one frozen true 3D tetrahedral KMC FEM package and first tests standard structural routes including Rydberg scaling, orbital families, Stark and Zeeman routes, Lamb and S node contact response, hyperfine and 21 cm type routing, isotope channel selectivity, and a w4 clock redshift route. Only after these standard gates are passed, the same frozen model is used to test precision facing signatures, including King plot nonlinearities, state selective curvature, and E2 E3 clock readout residuals under a signed gravitational or w4 route. The audit includes visible ablation controls, noise robustness, branch stability, mesh refinement, and a retained coarse grid warning. The result is structural WIP support only. It is not a physical proof, not a replacement of QED or GR, and not a physical coefficient prediction. The purpose of the paper is to document the method, the no retune discipline, the standard first logic, and the reproducible numerical audit workflow.

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