Equation of the Universe

A recurrence-and-geometry framework for cosmic structure

A public technical reference for an independently developed theoretical framework based on oscillatory coherence, phase alignment, curvature relaxation, and stable closure.

Current public status

EOTU is an active theoretical framework presented for technical review and independent reproduction. Version 3.46 is the latest complete internal baseline. Formal journal peer review is not claimed, and open scientific questions are recorded rather than treated as settled.

Revision history  ·  Review and collaboration status

What EOTU Proposes

EOTU models the universe as an oscillatory fabric lattice. Within the framework, recurrence, phase relationships, and curvature organize the lattice into Coherent Phase Packets (CPPs). Stable closures of CPP structure are called Regions, and the framework uses these structures to describe matter, transport, and larger-scale curvature behavior.

\[ \mathrm{Oscillation} \rightarrow \mathrm{Curvature} \rightarrow \mathrm{CPP} \rightarrow \mathrm{Region} \rightarrow \mathrm{Matter\ and\ Transport} \rightarrow \mathrm{Cosmological\ Comparison} \]

This sequence is the organizing claim of the framework. The linked theory pages and supporting documents contain the definitions, derivations, adopted inputs, and comparisons used to evaluate it.

How to Evaluate the Work

A technical evaluation depends on keeping different kinds of statements separate. Throughout the public material, readers should distinguish the following:

Framework definitions and postulates

The terms, structural rules, and starting relationships that define the EOTU model.

Adopted calibrations and measured bridges

Observed values or unit mappings used to connect native EOTU quantities to measured units.

Derived results

Quantities produced from the stated framework rules and declared inputs.

Validation comparisons and open questions

Comparisons with observation, together with unresolved dependencies and tests still needed.

Some public derivations and status labels still require clarification. Those issues are part of the active review record; agreement with a measured value should not be treated as independent prediction until its full dependency path has been established.

EOTU illustration of Coherent Phase Packets emerging from the oscillating fabric
EOTU illustration of the oscillating fabric organizing into four CPP phase states.

Choose a Reading Path

Scientific Scope and Review

EOTU is presented as an alternative theoretical framework, not as established consensus physics. Its public claims should be judged by dimensional consistency, explicit dependencies, numerical reproducibility, comparison with observation, and the ability to survive independent criticism.

The site is being revised to make calibrations, unit bridges, derived quantities, validation comparisons, and unresolved questions easier to distinguish. Corrections and substantive changes are recorded on the Status and Revision Notes page.

Glenn R. King
Independent Researcher — Akron, Ohio, USA
Bachelor of Science in Physics, The University of Akron, 1989
Gking@dmshelper.com
LinkedIn profile

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