What question did this study set out to answer?

The aim is to create a unified metric for comparing stability between subatomic particles and galactic clusters using a new model.

April 5, 2026Open Access

Sci - The ICHTB Diagnostic Plane

Key Points

The aim is to create a unified metric for comparing stability between subatomic particles and galactic clusters using a new model.
Introduces the Emergence Vector in a 5-dimensional Hilbert space.
Maps axes to stages of the E-Cascade.
Derives the Structural Identity I_C as a diagnostic tool for emergent phenomena.
Establishes a Selection Ridge that all existing matter occupies within the diagnostic plane.
Proves that the same laws of physics apply across different scales using a single Diagnostic Identity.

Abstract

Sci - The ICHTB Diagnostic Plane Armstrong Knight — intent-tensor-theory. com Traditional physics lacks a unified metric to compare the stability of a subatomic particle to that of a galactic cluster. This paper introduces the Emergence Vector in a 5-dimensional Hilbert space whose axes correspond to the stages of the E-Cascade, and derives the Structural Identity IC as a scale-invariant diagnostic for all emergent phenomena (Theorem 5. 1). All existing matter falls on a narrow Selection Ridge within this plane — proving that the laws of physics at every scale are a single Diagnostic Identity manifesting through different axis weightings. Running implementation: intent-tensor-theory. com/applied-itt

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