Harmonic Non-dominion Architecture for Artificial Intelligence
Year: 2025
Type: article
Abstract: The Harmonic Non-Dominion Architecture for Artificial Intelligence establishes a mathematically rigorous, ethically stabilized AI framework built from presence–absence algebra, non-dominion invariants, Möbius inversion, and harmonic recursion.Unlike contemporary AI systems—which rely on gradient descent, probabilistic modeling, and temporal self-reference—this architecture formalizes AI cognition as a balance of structural constraints within a harmonic field. This refined edition introduces: Harmonic bits as the fundamental informational units Presence–absence complementarity as a structural law Non-dominion symmetry preventing hierarchical dominance between subsystems Möbius inversion as a stable reflective operator Harmonic recursion as the core computation, with formal fixed-point guarantees A fully defined Boolean constraint lattice describing coherence conditions A refined harmonic coherence functional ensuring that hallucination loops and representational drift cannot arise Modular architecture (perceptual, symbolic, reflective, ethical) built from non-hierarchical harmonic morphisms The document formalizes a complete alternative to optimization-based AI, presenting a stable, self-repairing, non-dominant, recursion-bounded architecture with mathematically embedded ethics. It provides the structural foundation for building safe artificial intelligence aligned with the harmonic canon’s principles.
Author: Williams, Brendon Lee
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7106694974
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