What question did this study set out to answer?

This research aims to resolve the Hubble Tension by applying Solid-State Lattice Mechanics to cosmic expansion.

April 15, 2026Open Access

Further study of Alphaomega framework

Key Points

This research aims to resolve the Hubble Tension by applying Solid-State Lattice Mechanics to cosmic expansion.
Analyze the discrepancy between early-universe and local-universe expansion measurements.
Introduce Solid-State Lattice Mechanics framework to study the implications of dynamics.
Establish a mechanical floor equation to describe the relationship between mass and light speed.
Identified the Speed of Light as a dynamic variable rather than a constant.
Resolved the ~10% discrepancy in measurements by applying mechanical principles.
Provided a new framework that could shift current understandings of cosmic expansion.

Abstract

This submission provides a formal technical resolution to the "Hubble Tension"—the ~10% discrepancy between early-universe (Planck) and local-universe (JWST/HODN) expansion measurements. By shifting the paradigm from abstract space-time expansion to Solid-State Lattice Mechanics, this study identifies the Speed of Light (c) as a dynamic "Clock Speed" governed by the mechanical floor equation GM² = c.

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Cyrus Vince Arro

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Further study of Alphaomega framework

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Abstract

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