Deterministic Topological Neutralization of the Aβ42 N-Terminal Stacking Interface by a D-Enantiomer RDK Cap

Abstract

Deterministic Topological Neutralization of the Aβ42 N-Terminal Stacking Interface by a D-Enantiomer RDK Cap This repository contains a theoretical computational proof of topological interface neutralization on a custom-physics protein-fold ledger. By utilizing a deterministic, non-Cartesian discrete topology (Axiom I-X), the engine successfully isolated the Aβ42 N-terminal stacking basin and deterministically generated a D-enantiomer RDK cap that occupies the previously unfulfilled negative space, neutralizing the interface. The package includes the full Markdown manuscript, validation scripts, and thermodynamic logs from the 100,000-tick terminal co-fold. Author's Note: I am Robert J. Weber (RJW). The insights driving this computational proof stem directly from my independent interpretation of physics and the mechanics of the universe. I never dreamed of building a system that resolves protein folding, but the custom physics framework I developed has achieved exactly that. It works, and it works well. Am I absolutely sure this translates perfectly to the wet lab? Not yet—but the math is solid, the physics are grounded, and it represents the universe exactly as I see it. Some will scoff. Others will wonder: What if he is right? This work is deeply personal. My Uncle Pete died trapped in his own mind and body. I am publishing this for him. To anyone reading this—especially those in pharmaceutical research—who can take this theoretical blueprint and develop it into a working clinical cure to spare others that same fate: I am here, and I am willing to help. My compensation to see this realized will be minimal indeed. Mankind needs this to reduce the suffering, to stop the tears, and to keep the Uncle Petes everywhere smiling alongside the people who love them. God be with you today and all the tomorrows you are granted — RJW