Author: Jeremy Erich Resch
This repository contains the full scientific production pipeline for the Radial-Cyclic Field Model (RCFM). It includes the LaTeX manuscript source, simulation code used to generate plots, bibliography, figure assets, and versioned snapshots of the manuscript.
The repository is designed to make the scientific work reproducible and transparent.
The repository serves several roles:
• storage of the manuscript source
• generation of figures used in the paper
• reproducibility of computational results
• archival of published versions
Each published version of the paper is preserved together with the exact figures and sources used to generate it.
.
├── document.tex
├── rcfm.bib
├── rcfm_simulation.py
│
├── figures (*.png)
│
├── pdf/
│ └── v/
│ ├── 1.1/
│ └── 1.2/
│
└── v/
├── 1.1/
└── 1.2/
document.tex
Main LaTeX manuscript.
rcfm.bib
Bibliography database used by the manuscript.
rcfm_simulation.py
Python script used to generate figures.
*.png
Figures included in the manuscript.
*_corrected.png
Post-processed figures used in the final paper.
Requirements
• LaTeX distribution (TeX Live recommended)
• BibTeX or Biber
Build using:
latexmk -pdf document.tex
Manual build:
pdflatex document.tex
bibtex document
pdflatex document.tex
pdflatex document.tex
The resulting PDF is placed in the working directory.
Figures are produced by the simulation script:
python3 rcfm_simulation.py
The script generates the plots used in the manuscript.
These include:
H(z) comparison
background evolution
CMB TT spectrum
CMB EE spectrum
growth function
matter power spectrum
parameter constraints
The repository contains reproducible snapshots of each version of the manuscript.
v/<version>/
Each version directory contains the exact files used for that release.
Compiled PDFs are stored in:
pdf/v/<version>/
Example:
pdf/v/1.2/rcfm.pdf
The repository includes all components needed to reproduce the manuscript.
This includes:
• simulation code
• generated figures
• LaTeX source
• bibliography
The goal is that anyone can reproduce the paper by cloning the repository and rebuilding the document.
If you use, reference, or derive work from the Radial-Cyclic Field Model, please cite the original work.
A citation metadata file is provided in CITATION.cff.
Example citation:
Resch, Jeremy Erich.
Radial-Cyclic Field Model (RCFM).
Version 1.2, 2026.
This repository uses two licenses.
Code license
MIT License (see LICENSE_CODE)
Manuscript, model description, figures and documentation
Creative Commons Attribution 4.0 (see LICENSE_PAPER)
Both licenses require attribution to the original author.
Jeremy Erich Resch
born in Vienna, Austria Creator of the Radial-Cyclic Field Model (RCFM).