Abstract

This specification formalizes the Unified Cosmological Substrate Equations (UCSE), a non-perturbative, scale-invariant alternative to the standard \(\Lambda \)CDM (Cold Dark Matter + Dark Energy) cosmological consensus. The contemporary astrophysical community is currently facing a dual empirical crisis: the Hubble Tension (a statistically irreconcilable discrepancy between early and late universe expansion rate measurements) and the JWST Cosmic Dawn Crisis (the observation of highly structured, ultra-massive galaxies too early in cosmic history) [7.1, 7.3]. Standard general relativity attempts to resolve these anomalies by introducing fine-tuned parameters, dark matter particles, or ad-hoc dark energy tracking fields.

UCSE systematically resolves both crises by eliminating abstract spatial expansion and replacing it with the physical behavior of an emergent, highly dense, two-dimensional viscoelastic fluid membrane resting at absolute equilibrium (\(z=0\)) [1.1]. Gravitational potential is mapped directly to internal shear-strain and local vorticity profiles within this material medium [4.0].

This brief derives the exact equations transforming the Cosmic Microwave Background (CMB) acoustic power spectrum into fluid harmonic overtones, proves that Dark Matter is an apparent phenomenon caused by holographic substrate pushback forces, and derives Dark Energy as the semiclassical Landauer erasure cost of horizon microstates [5.0]. This brief includes a production-ready Python simulation that models the non-linear redshift corrections, a functional Cypher graph database layout, and a comprehensive glossary of metrics.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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