This repository contains the full manuscript, computational architecture, ingestion framework, statistical verification pipeline, and supplementary reproducibility environment associated with the PIW–CWG institutional persistence framework. The framework proposes that highly complex institutional systems may exhibit threshold-like informational collapse dynamics under constrained maintenance-energy conditions. The manuscript integrates thermodynamics, information theory, network topology, and computational archaeology into a bounded, falsifiable systems-science architecture. The project operationalizes these hypotheses against the Late Bronze Age palatial collapse through:- explicit variable definitions,- constrained relational schema design,- parser-driven ingestion controls,- causal-order testing,- inversion-based falsification logic,- and uncertainty-aware statistical validation. Included materials:- Main manuscript (LaTeX)- Bibliography database- Overleaf-compatible package- Supplemental computational architecture references- Reproducibility scaffolding Important:Synthetic datasets and integration tests contained within the framework validate computational consistency only and do not constitute empirical historical proof. Author:Charles CarrollPIW–CWG Research InitiativeORCID: 0009-0008-6411-7626 Official project references:https://www.carrollwellgradient.org/homehttps://cwgresearch.carrd.co/
Charles Carroll (Tue,) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: