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White Paper V8.2 (7 pages)
Mathematically rigorous edition with Israel junction conditions, dynamical attractor, and Gregory-Laflamme perforation hierarchy. Addresses thirty-one cosmological anomalies (the paper’s March 2026 snapshot count; the continuously-audited Full Theory below uses the current tiered set of 30 — 2 exact + 14 analytical + 14 exploratory). Ideal for sharing.
The Cosmic Yoyo: Stick-Slip Brane Motor
7-page summary including:
- ER=EPR holographic topology (Maldacena-Susskind)
- Period calibrated from DESI BAO + Planck ISW
- One-loop quantum stability corrections
- Gregory-Laflamme perforation hierarchy (M_crit ab initio derivation)
- Thirty-one anomalies resolved: dark energy, S₈, CMB, JWST, NANOGrav, and 26 more
Complete Theory Documentation
📄 Full PDF Version (~230 pages)
The complete theory documentation including all mathematical derivations, observational confrontations, and computational validation.
🔗 Oscillating Brane Cosmology - Complete Documentation
Comprehensive PDF containing the full theoretical framework, mathematical foundations, and all supporting materials.
📥 Download PDF (Latest Version) 📄 Download Markdown (AI-readable)The Markdown version contains the same content as the PDF, in plain text with LaTeX formulas. Ideal for AI analysis, text search, and accessibility.
🔬 Python Scripts
All computational tools are available in the GitHub repository:
- Brane Dynamics Calculator (
brane_dynamics.py) - Growth Factor Analysis (
growth_factor.py) - Bayesian Model Comparison (
bayesian_analysis.py) - Kaluza-Klein Spectrum (
kk_spectrum.py) - ISW Effect Analysis (
isw_effect.py)
📊 Data Files
- Numerical results: MCMC/PBH/5D-toy outputs in the
/data/directory - Generated Figures: All plots in
/plots/directory
Quick Access Links
Citation
If you use this work in your research, please cite:
@misc{provencal2026oscillating,
title={Oscillating Brane Cosmology: The Universe as a Vibrating Membrane},
author={Provencal, Romain},
year={2026},
url={https://higgs-cosmology.com}
}
License
This work is released under the MIT License. You are free to use, modify, and distribute the content with attribution.