2026-06-29T20:30:23Z https://kmtcpirts.org/oai

oai:kmtcpirts.org:IRTS-2026-000003 2026-05-22T00:00:00Z irts:software

WO WO IRTS-2026-000003 D0 20260522 WO IRTS-2026-000003 20260522 20260101 G06F 7/00 Quaternary Base-4 Logic Engine and Codon State Management System Kumina Mosi Transnational Customary Polity Joshmar Walford Customary name: Joshmar Walford. Authorised discloser acting on behalf of community. No individual IP rights asserted. true JM Kumina Mosi Transnational Customary Polity Technical Invention Disclosure — Not Traditional Knowledge. WIPO IGC TCE/ATK categories not applicable. Filed as prior art under PCT Rule 34 (2026 Revision, Annex H). 2026-05-22 IEEE2890-PROV-9E07D903CC75 DSI-IRTS-000003-20260522 KMTCP-CONSENT-20260522-003 IEEE2890-PROV-9E07D903CC75 ARCHITECTURE_READY_TREATY_PENDING computational_architecture DEFENSIVE_ONLY DEFENSIVE DISCLOSURE — MBUNGU OS LOGIC ENGINE. A computational logic engine replacing binary state management with a Quaternary (Base-4) biomorphic structure. The system utilizes a 64-state codon command matrix (4^3 = 64 combinatorial states) for instruction execution and memory addressing. Processes are identified and secured via a Binding Codon (e.g., B9-T7-1BCBCF) acting as a computational address and cryptographic identity marker. The architectural topology scales according to the Golden Ratio (Phi = 1.618034), embedding organic morphological properties into the digital state machine. Technical implementation details: (1) Quaternary Instruction Alphabet — replaces binary 0/1 with a 4-symbol state system derived from the Dikenga phases (Musoni=0, Kala=1, Tukula=2, Luvemba=3). Each instruction word is a 3-symbol codon, yielding 4^3 = 64 unique instructions. (2) Codon Command Matrix — a 64-entry lookup table where each 3-symbol codon maps to a specific processor instruction (memory read, memory write, arithmetic operation, phase transition, faculty dispatch, etc.). The matrix is analogous to the biological genetic code where 64 nucleotide triplets map to 20 amino acids plus stop codons. (3) Binding Codon Identity — each process in the system receives a unique Binding Codon (format: B[n]-T[n]-[hex]) that serves simultaneously as its computational address, cryptographic identity, and audit trail marker. Process forking creates child codons derived from the parent codon via a deterministic hash function. (4) Golden Ratio Memory Hierarchy — memory tiers (L1 cache, L2 cache, working memory, persistent storage) are sized in golden ratio proportions (each tier is Phi = 1.618034 times the next smaller tier), creating a fractal, self-similar memory architecture. This scaling mirrors biological growth patterns and optimises for information density across tiers. This establishes absolute prior art for quaternary biomorphic logic engines and codon-based computational addressing under the PCT Minimum Documentation framework. DEFENSIVE DISCLOSURE — PRIOR ART ESTABLISHMENT. This record (IRTS-2026-000003) establishes absolute prior art under PCT Rule 34 (2026 Revision, Annex H) and WIPO ST.96 V10.0 for the knowledge system identified in the title and abstract. Filing date: 2026-05-22. RFC 3161 cryptographic timestamp (FreeTSA.org) provides independently verifiable date-certain proof. Conditions of use: DEFENSIVE_ONLY. Governance authority: Kumina Mosi Transnational Customary Polity. FPIC reference: KMTCP-CONSENT-20260522-003. Novel computational logic system replacing conventional binary (base-2) architecture with a quaternary (base-4) state management paradigm inspired by biological codon structures. The system implements a 64-state instruction matrix analogous to the genetic code, cryptographic process identity via Binding Codons, and golden ratio (Phi = 1.618034) fractal scaling of the memory hierarchy. Classified under IPC G06F 7/00 (arithmetic logic units and computational methods). IEEE2890-PROV-9E07D903CC75 Kumina Mosi Transnational Customary Polity 2026-05-22 DEFENSIVE_ONLY DSI-IRTS-000003-20260522