UETC
Unified Electromagnetic Toroidal Cosmology, Technical Reference
Canonical Reference Notice
This website provides a public overview of Unified Electromagnetic Toroidal Cosmology (UETC).
The authoritative, versioned technical reference is maintained in the GitHub repository: https://github.com/Kneedeep2005/UETC

Scope lock (important)
UETC is an interpretive, mechanism-first framework. It does not claim to replace ΛCDM, General Relativity, or established particle physics. Current exploratory work related to galactic dynamics is limited to inner-galaxy inference and structure (roughly the central few kpc), where baryonic modeling uncertainty and complex plasma, field, and non-circular motion effects are known to be relevant. UETC does not claim to explain outer flat rotation curves or cluster-scale strong lensing via electromagnetic or propagation modifiers.

Archived exploratory note
Prior exploratory testing considered whether a global “scaler” style propagation modifier could materially reduce dark-matter requirements across full rotation curves. That broad/global interpretation is archived and retained only as a record of exploration, not as an active claim.

UETC is an independent, first-principles framework for organizing and interpreting electromagnetic structure, effective propagation behavior, and cross-scale geometry in observed systems.

Status and scope: Working framework, not peer reviewed, and not claiming experimental proof. The goal is clarity, internal consistency, and observational accountability.

Start here

Overview

Paper-style entry point intended to answer “where is the paper?”

Open Overview
Core Framework

Definitions, invariants, and the structural basis of UETC.

Open Core Framework
Observational Implications

Predicted observational effects, constraints, and testable structure.

Open Observational Implications
Figures

Conceptual schematics used across documents.

Open Figures

Definition anchor

UETC uses an effective propagation parameter:

\[u(x) = \frac{c_0^2}{c(x)^2} = n(x)^2\]

Vacuum limit: ( u = 1 )

This parameter is treated as an effective descriptor inferred observationally and used to organize propagation behavior in structured environments.

Cite

Citation guidance and versioned releases are maintained in the repository:
https://github.com/Kneedeep2005/UETC