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 paper introduces the Universal Matrix Decoder, a functional algorithmic component of the VonNeumann-0.5 (VN-05) architecture. The algorithm models a deterministic synesthetic transit mapping chemical IUPAC elements and 42-bit linguistic spaces into a single opto-acoustic coordinate system. Node frequencies are quantized via a non-linear combination of non-trivial Riemann zeros and the Golden Ratio multiplier. The system utilizes mass-weighted RGB integration to generate unique cryptographic and optical signatures of physical substances. This method collapses multidimensional "Hex" spaces into a unified vector path, advancing the author's ongoing research paradigm.