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The aim is to classify substrates based on their self-organizing properties and the geometry of their dimensional coupling.

March 23, 20260 citationsOpen Access

The Periodic Table of Corrections: Substrate Classification by Dimensional Coupling Geometry

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JDJames E. Dunn

Key Points

The aim is to classify substrates based on their self-organizing properties and the geometry of their dimensional coupling.
Examine 17 GCT substrates for self-organization patterns.
Analyze the correspondence of substrates to the periodic table structure.
Utilize Kruskal-Wallis tests to compare distributions based on orbital block pair.
Identified periodic structure isomorphic to the standard periodic table.
Confirmed significant differences in d* distributions across orbital block pairs (p=0.000348).
Predicted geometric patterns for potentially undiscovered substrates.

Abstract

Demonstrates that 17 GCT substrates self-organize into a periodic structure isomorphic to the standard periodic table of elements. The four anomalous metals (Au, Ag, Cu, Cr) correspond to the four Interpretive Elements anchoring the correction framework. Block structure (s, p, d, f) maps onto zones of dimensional coupling complexity. Kruskal-Wallis p=0.000348 confirms d* distributions differ significantly by orbital block pair. Empty tiles represent geometric predictions of undiscovered substrates.

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The Periodic Table of Corrections: Substrate Classification by Dimensional Coupling Geometry

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