This framework outlines structural conditions necessary for system viability across various disciplines, suggesting new evaluation methods.
Most scientific models analyse systems only after system states, boundaries, and dynamics have already been assumed. The Paton System proposes that a deeper structural sequence must exist before such modelling becomes meaningful. This paper presents the Tier-0 → Tier-5 architecture of the Paton System as a minimal pre-dynamics framework describing the structural conditions required for systems capable of persistence to exist. The architecture begins with a reference condition enabling distinction, proceeds through boundary formation and constrained interaction, and culminates in admissibility evaluation and recursive continuation. The resulting sequence forms a structural pipeline underlying viability across disciplines including physics, engineering, optimisation, control theory, biology, and artificial intelligence. The framework does not replace domain-specific dynamics but clarifies the structural conditions required before systems can be meaningfully evaluated.
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Andrew John Paton (2026) studied this question.
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