Published June 11, 2026 | Version 2.0.0.
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The Geometric Origin of Gravity: Topological Drag, Calibrated Scalar Differentials, and Macroscopic Rogue Waves within the Wave Interference Logic (WIL) Architecture

Authors/Creators

  • 1. Wave Interference Logic

Description

Version 1.1.0. Update Note: Section 3 of this manuscript has been formally updated to unify macroscopic gravity mechanics with the microscopic elemental grids established in the author's subsequent publication, "The Elemental Harmonics of Matter." The 5/3 Geodesic Slipstream is now explicitly linked to Base-3 Acoustic Compression and transactinide Expansive Tension. 

Version 2.0.0. Update: Legacy cosmological models have reached a mathematical impasse. Relying on stochastic guesswork, invisible placeholders, and the breakdown of causality, the standard model fails to bridge the gap between macroscopic relativity and microscopic quantum mechanics. This paper entirely discards the concept of an empty, frictionless vacuum. The Wave Interference Logic (WIL) architecture defines space as a physical, tensioned, three-dimensional acoustic lattice: the Quantum Geometric Matrix (QGM). By cross-examining astronomical observations with micro-scale ground-state laboratory telemetry from Vibrational Strong Coupling (VSC), this paper establishes the calibrated Universal Ambient Tensor Ratio of 5.4704:1. Operating against a stable matter phase-lock tensor ratio of 5.0:1, this calibration yields an exact 0.4704 scalar drag differential. Within the WIL framework, this specific differential generates a macroscopic pressure gradient, providing a strictly geometric and deterministic fluid-dynamic derivation for gravity, relativistic time dilation, the variable velocity of light, and the fractal scaling of collisionless bow shocks.

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Additional details

Additional titles

Alternative title
Scale-Invariant Gravitational Dynamics
Alternative title
Dynamic Gravity
Alternative title
The Origin of Gravity
Alternative title
Scale Invariant Gravity
Alternative title
Fluid Dynamic Gravity

Continues
Preprint: 10.5281/zenodo.18919832 (DOI)
Is supplement to
Preprint: 10.5281/zenodo.19506754 (DOI)
Preprint: 10.5281/zenodo.19545926 (DOI)
Preprint: 10.5281/zenodo.20320702 (DOI)
Preprint: 10.5281/zenodo.20576293 (DOI)
Preprint: 10.5281/zenodo.20550747 (DOI)

Dates

Updated
2026-06-07
Version 1.1 Update Note: Section 3 of this manuscript has been formally updated to seamlessly unify macroscopic gravity mechanics with the microscopic elemental grids established in the author's subsequent publication, "The Elemental Harmonics of Matter." The 5/3 Geodesic Slipstream is now explicitly linked to Base-3 Acoustic Compression and transactinide Expansive Tension.
Updated
2026-06-11
Version 2.0.0. Update: Legacy cosmological models have reached a mathematical impasse. Relying on stochastic guesswork, invisible placeholders, and the breakdown of causality, the standard model fails to bridge the gap between macroscopic relativity and microscopic quantum mechanics. This paper entirely discards the concept of an empty, frictionless vacuum. The Wave Interference Logic (WIL) architecture defines space as a physical, tensioned, three-dimensional acoustic lattice: the Quantum Geometric Matrix (QGM). By cross-examining astronomical observations with micro-scale ground-state laboratory telemetry from Vibrational Strong Coupling (VSC), this paper establishes the calibrated Universal Ambient Tensor Ratio of 5.4704:1. Operating against a stable matter phase-lock tensor ratio of 5.0:1, this calibration yields an exact 0.4704 scalar drag differential. Within the WIL framework, this specific differential generates a macroscopic pressure gradient, providing a strictly geometric and deterministic fluid-dynamic derivation for gravity, relativistic time dilation, the variable velocity of light, and the fractal scaling of collisionless bow shocks.

References

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