What question did this study set out to answer?

The aim is to present a framework for modeling domain-limited systems at a meta-structural level.

March 21, 2026Open Access

TNA Core Language v1

Key Points

The aim is to present a framework for modeling domain-limited systems at a meta-structural level.
Defined systems via admissible configurations and inherent boundaries.
Established axioms like Non-Null Admissibility and Structural Continuity.
Developed cross-domain mapping rules for synchronization of systems.
Provided a formal syntax for describing structural evolution and predictive reliability.
Ensured information reconfiguration during domain transitions.
Unified language created for interpreting varied phenomena.

Abstract

This document presents the TNA Core Language v1, a minimal structural framework designed to model domain-limited systems at a meta-structural level. By defining systems through admissible configurations (ₛ) and their inherent boundaries (ₛ), the framework provides a formal syntax to describe structural evolution, predictive reliability (R), and expansion dynamics (Hₛ). The TNA Core Language establishes fundamental axioms, such as Non-Null Admissibility and Structural Continuity, ensuring that information is reconfigured rather than annihilated during domain transitions. Through cross-domain mapping rules, the framework allows for the structural synchronization of physical and cognitive systems, offering a unified language to interpret phenomena ranging from physical singularities to existential questioning as systematic boundary interactions

TNA Core Language v1

Key Points

Abstract

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