Applied ITT — The ITT Field Store: Running the Existence Gate in Production

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Authors: Armstrong Knight
Cited by: 2
References: 3

Abstract

Applied ITT — The ITT Field Store: Running the Existence Gate in Production Armstrong Knight — intent-tensor-theory.com — 2026 The Dimensionless Mathematics framework (T4-16 through T4-22) establishes the conditions under which stable structure exists. This paper reports what happens when those conditions run in production code: the conditions cease to be binary gates and become trajectories. The bloom quotient Q(t) is not a threshold the field either clears or fails — it is a curve that climbs from disorder toward organization, crossing 1 at a measurable iteration. The free-mode entropy S_free(t) falls as Q rises. The selection number S_sel,i(t) climbs asymptotically as nodes converge. These are new observations that the static formulations can only describe at their endpoints. The paper reports four canonical corrections to the field equations made after exhaustive cross-reading of the ITT corpus: the cosine edge threshold 0.16 from T4-16, the λ=0.63 seed blending from WP-02, the Allen-Cahn stable parameters (μ/ν=3.43) from WP-02, and the replacement of arbitrary delta_threshold=0.5 with per-node S_sel ≥ 1 from T4-16 Axiom III. Each correction is reported with its measured consequence. The 5.8× semantic discrimination improvement from moving 0D→1D in the Delta restriction hierarchy (T4-22) is directly measured. The existence gate S_sel ≥ 1 now runs in production at pip install itt-field-store and https://itt-field-store-api.onrender.com.

Fields of Study & Subjects

Theoretical and Computational Physics Complex Systems and Dynamics Quantum Mechanics and Applications

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
10 April 2026
Language
EN
Document type
Preprint