Universal Quantum-Synesthetic Decoder of the Zohar Matrix: Modal Transit of Riemann Zeros and Golden Ratio via 42-Degree Circular Alphabet Sweep in the VN-05 Project

This repository contains the standalone computational dataset and core execution script (decoder.py) for the VonNeumann-0.5 (VN-05) Project. The underlying mathematical framework maps non-linear macro-fluid dynamics (Navier-Stokes velocity fields) to subatomic fields and chaotic attractor spaces. By utilizing a 42-degree circular sweep operator across three standard material generations, the system computes the global matrix trace of CKM and PMNS mixing structures. The primary output establishes the asymptotic convergence and stability limits of the system through the dynamic evaluation of the dimensionless coupling constant known as the Noah Invariant (N_oah). Files included:- decoder.py: Standalone Python 3 execution script (zero dependencies).- convergence_log.csv: 361-step step-by-step telemetric record of the quantum-synesthetic matrix transit.- README.md: Technical overview and user manual.