Sigilith: A Minimal Structural Methods Demonstration

Sigilith is a domain‑agnostic structural analysis framework for characterizing symbolic systems through stability, drift, contradiction, and collapse dynamics. This deposit presents the minimal reproducible implementation of Sigilith Core v1.0 and the canonical Benchmark 1 v0.4 run. The methods compute four structural metrics, classify local primitives, segment higher‑order regimes, and detect collapse using a data‑driven threshold. Benchmark 1 demonstrates the full structural progression from stability to drift, instability, a transient local basin, and terminal collapse, providing a transparent reference terrain for replication and validation. This release establishes the baseline implementation for future extensions of the Sigilith framework.

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Publication Details

Journal
Open MIND
Published
2026-04-21
DOI
https://doi.org/10.17613/2eagr-m6298
Primary Topic
Embedded Systems Design Techniques
Type
article
Field-Weighted Citation Impact
0.00
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article

Sigilith: A Minimal Structural Methods Demonstration

Ky Nash
Open MIND
Embedded Systems Design Techniques
article

Sigilith: A Minimal Structural Methods Demonstration

Ky Nash
article en

Abstract

Sigilith is a domain‑agnostic structural analysis framework for characterizing symbolic systems through stability, drift, contradiction, and collapse dynamics. This deposit presents the minimal reproducible implementation of Sigilith Core v1.0 and the canonical Benchmark 1 v0.4 run. The methods compute four structural metrics, classify local primitives, segment higher‑order regimes, and detect collapse using a data‑driven threshold. Benchmark 1 demonstrates the full structural progression from stability to drift, instability, a transient local basin, and terminal collapse, providing a transparent reference terrain for replication and validation. This release establishes the baseline implementation for future extensions of the Sigilith framework.

Open MIND
Hastings Center (US), Hastings College (US)
Openalex Percentile: Top 4%
Embedded Systems Design Techniques
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