I've been working on a recursive field engine that derives the σ₈ clustering floor from 4D→3D projection geometry — no free parameters, no curve fitting.
The core claim: Dark energy and the σ₈ tension aren't anomalies. They're what 3D observers see when the universe is actually a 4D recursive attractor.
The repo has:
- goldilocks_audit.py → proves N=4 is the only stable dimensionality
- TOROIDAL_S8_ATTRACTOR.py → derives the 0.78 matter corridor
- Full falsification criteria in NOVEL_PREDICTIONS.md
Kill shot: Euclid DR1 drops October 21, 2026. If σ₈ > 0.82 or γ = 0.55, I'm wrong. It's archived on Zenodo (DOI: 10.5281/zenodo.18758974).
Would love adversarial audit from anyone who reads Python and knows cosmology.
I've been working on a recursive field engine that derives the σ₈ clustering floor from 4D→3D projection geometry — no free parameters, no curve fitting.
The core claim: Dark energy and the σ₈ tension aren't anomalies. They're what 3D observers see when the universe is actually a 4D recursive attractor.
The repo has: - goldilocks_audit.py → proves N=4 is the only stable dimensionality - TOROIDAL_S8_ATTRACTOR.py → derives the 0.78 matter corridor - Full falsification criteria in NOVEL_PREDICTIONS.md
Kill shot: Euclid DR1 drops October 21, 2026. If σ₈ > 0.82 or γ = 0.55, I'm wrong. It's archived on Zenodo (DOI: 10.5281/zenodo.18758974).
Would love adversarial audit from anyone who reads Python and knows cosmology.