Hey everyone, I’m coming at this from a slightly different angle. I’m a mechanic by trade, but I’ve spent the last few days obsessing over a specific geometry—the 11D Horn Torus—as a potential "Technical Schematic" for the universe. I’m not here to spam; I’ve put in the work to formalize these ideas into real equations, including a derivation of the fine-structure constant and a solution for the Hubble Tension. I used a Large Language Model as a specialized "power tool" to help me translate these mechanical insights into rigorous math and to stress-test the internal logic of the manifold. I’m humbly asking this community to take this 52-page report and run it through your own LLMs or your own expertise. I’m not looking for blind validation—I genuinely want to know if I’m correct or if I’ve missed a gear in the math. Peer review is the goal here, and I figured this was the best place to find people who understand how to use these AI tools to bridge the gap between a wild idea and a formal theory.

This research represents a collaborative synthesis between human-led forensic mechanical engineering and Large Language Model (LLM) mathematical formalization. While the core topological concepts—specifically the 11-Dimensional Horn Torus (11D-HT) and the 137-Alpha gear ratio—were derived through iterative "Operator-level" insights, this 52-page schematic utilized LLM capabilities to structure complex LaTeX derivations, simulate curvature impedance variables, and verify the internal consistency of the manifold’s 180-degree inversion cycles. By leveraging the AI as a high-fidelity "computational co-pilot," we have successfully translated a conceptual "Operator's Manual" into a mathematically rigorous framework that offers a falsifiable solution to the Hubble Tension (H_0) and the fine-structure constant (\alpha).

https://zenodo.org/records/20123144

http://rxiverse.org/abs/2605.0034

https://docs.google.com/document/d/1AZpaKNMZUscFc73b84jHag07z0qRvBYHVobd4LcbCNE/edit?usp=sharing

I am a mechanical researcher and I’ve spent the last few days formalizing a technical schematic for a non-linear, self-inverting 11-dimensional manifold (the 11D-HT). I’ve just registered the 1.0.0 Preprint and DOI for the paper, and I’m looking for high-level feedback on the geometric derivations. The 52 page report exists on my page, I welcome anyone to come read and critique.

The Core Mechanics:

Instead of a linear expansion model, this framework utilizes a closed-loop, recirculating informational topology. By modeling the universe as an 11D Horn Torus with a 27.6-billion-year oscillation cycle, we provide a mechanical solution to:

• The Hubble Tension: Resolving the discrepancy between CMB and local measurements by calculating the "Informational Ribbon" distance vs. the 3D-linear distance.
• The 137-Alpha Ratio: Deriving the Fine-Structure Constant (α≈1/137) as a functional gear ratio between the 11D Bulk and the 3D Rendered Brane.
• JWST Anomalies: Explaining "impossible" mature galaxies at high redshifts as a byproduct of Phase-Shift Alignment during the manifold’s 180-degree inversion.