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March 2, 20260 citationsOpen Access

The Paton System: A Tiered Admissibility Architecture (Tier 0–8)

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APAndrew Simon Paton

Key Points

  • To formalize the Paton System's Tier 0-8 structure as a domain-neutral admissibility framework.
  • Defined the logical conditions for lawful continuation.
  • Analyzed ordered progression in persistent systems.
  • Examined differentiation and constrained interaction across various domains.
  • Identified key stages in persistent systems, including stabilisation and recursion.
  • Demonstrated that continuation occurs only within specific constraints.
  • Established a framework applicable in mathematics, physics, and control systems.

Abstract

This paper formalises the Tier 0–8 structural spine of the Paton System as a domain-neutral admissibility architecture. The framework specifies the logical conditions under which lawful continuation is permitted, without introducing new ontological entities or replacing domain-specific laws. Persistent systems are shown to exhibit ordered progression through differentiation, constrained interaction, admissibility enforcement, stabilisation, recursion, load regulation, and limitation. The result is a closed structural architecture governing variation, persistence, and termination across domains including mathematics, physics, and control systems. The claim advanced is structural rather than metaphysical: continuation occurs only within constraint.

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Cite This Study

Andrew Simon Paton (2026) studied this question.

synapsesocial.com/papers/69a52e04f1e85e5c73bf1548https://doi.org/10.5281/zenodo.18815224
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