Simulation study demonstrates stable cosmic structure formation in a toroidal universe model, indicating electromagnetic flux dynamics can govern large-scale cosmological organization.
This repository provides the complete, reproducible implementation of the Emergent Toroidal Universe (ETU) framework, a computational cosmology model exploring the emergence of large-scale cosmic structure from a unified toroidal topology and electromagnetic flux dynamics. The deposit includes the main theoretical paper (ETU-1) and four associated annexes: Annex A: Results and interpretation of the simulations presented in the paper. Annex B: Full simulation pipeline and numerical implementation. Annex C: Emergence of the toroidal H1 spectrum. Annex D: Granularity and stability analysis of the quantum-luminous flux. All modules are tested both independently and as a full pipeline. The resulting toroidal spectrum is stable, coherent, and represents the unified output of all modules. The complete codebase is written in Python and is intentionally designed to be executable on lightweight environments, including Codepad Android, in order to ensure maximal accessibility and reproducibility. This deposit serves as a full preprint package, including code, figures, and documentation, intended to support independent verification and further exploration of the proposed framework.
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Théo Girard (2025) studied this question.
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