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January 27, 20260 citationsOpen Access

Structural Integrity Invariant and Its Domain of Definition

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BGBouras Georgios

Key Points

  • To formalize the domain definition of the Structural Integrity Invariant across arbitrary dimensions and clarify its properties.
  • Introduced Version 5 of the Structural Integrity Invariant framework.
  • Unified previous developments in 4D and 12D cases into a closed structure.
  • Presented a non-commercial theoretical preprint with restricted access to source files.
  • Established a closed geometric system from proportional necessity.
  • Demonstrated volumetric doubling of the cube using a fixed irrational scaling factor.

Abstract

Version 5 of the Structural Integrity Invariant framework. This version formalizes the domain of definition of the invariant in arbitrary n dimensions and clarifies its behavior across finite, infinite, and limiting regimes. The formulation consolidates previous developments, including explicit 4D and 12D cases, into a unified and closed theoretical structure. The work is presented as a non-commercial theoretical preprint and supersedes all previous versions. This deposit contains a reference implementation of the Root-10 structural validation protocol. The material is archived for documentation and timestamping purposes. Access to the source files is restricted. This advanced edition formalizes the volumetric doubling of the cube as a structural invariant, achieved through a fixed irrational scaling factor rather than linear expansion. The result demonstrates a closed geometric system where stability emerges from proportional necessity, not approximation.

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Cite This Study

Bouras Georgios (2026) studied this question.

synapsesocial.com/papers/697854e0ccb046adae517071https://doi.org/10.5281/zenodo.18370668
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