DOI: 10.5281/zenodo.16934901
title: RCFT/UMCP Complete Equation Set & Data Backlog (2022–2025): Regime Assignment, Audit Trail, Calibration History, and Multi-Domain Collapse Diagnostics

description: This document provides the complete protocol, audit log, and multi-domain application data for the RCFT/ULRC system (Recursive Collapse Field Theory / Unified Language of Recursive Collapse).

 

It includes canonical definitions, symbolic invariants, drift–fidelity–entropy–curvature equations, and regime classification logic used to assign system states into Stable, Watch, Collapse, or Critical conditions.

 

The dataset spans 2022–2025 and is designed for scientific publication, regulatory audit, and algorithmic implementation.

 

Key contents:

 



Full invariant definitions and thresholds

Cross-domain examples: environmental (EPA RadNet), biomedical (EEG, MIT-BIH), climate (NASA GISTEMP), power grid

Synthetic edge case tests (low-variance, noise, periodicity, outlier injection)

Handling of missing data (NaNs, gaps, hot restarts)

False positive/false negative audit review

Attribution logic for distinguishing spike vs. turbulence vs. hybrid collapse

Multi-variable analysis (e.g., concordance/discrepancy across channels)

Regime distribution histograms and non-event audit windows

Parameter update/calibration log with rationale per change


 

 

This file serves as the definitive supplement and empirical diagnostic reference for all RCFT/ULRC implementations through mid-2025. It is suitable for use in scientific journals, methods papers, compliance reports, and symbolic collapse engine deployment.

 

Cite this document using the DOI provided. For questions or integration support, contact the author.

 

Keywords:

RCFT, ULRC, symbolic collapse, audit log, protocol, regime classification, entropy, drift, fidelity, climate anomaly, EEG, power grid, data diagnostics, reproducibility, regulatory compliance, calibration
description: Keywords

 

 

UMCP; RCFT; ULRC; collapse dynamics; invariants; curvature operator; entropy; hazard rate; CNMP; RCCE; symbolic gate logic; reproducibility; audit; manifolds; thermodynamics; simplex generators.

 

Alt (comma-separated for the “Keywords” field):

UMCP, RCFT, ULRC, collapse dynamics, invariants, curvature operator, entropy, hazard rate, CNMP, RCCE, symbolic gate logic, reproducibility, audit, manifolds, thermodynamics, simplex generators

 

 

 

 

Notes

 

 



The equation set is designed to be falsifiable and reproducible: prediction requires an explicit closure selection and declared governance settings.

Aliases preserve provenance across internal drafts and related frameworks without breaking audits.


 

 

 

 

 

Cite this dataset

 

 

Paulus, C. (2025). UMCP Master Equation Set — v1.2.0 (Peer-Review Edition) [Data set]. Zenodo. https://doi.org/10.5281/zenodo.16007889

 

 

@dataset{paulus_umcp_master_1_2_0_2025,  author    = {Paulus, Clement},  title     = {UMCP Master Equation Set — v1.2.0 (Peer-Review Edition)},  year      = {2025},  publisher = {Zenodo},  version   = {1.2.0},  doi       = {10.5281/zenodo.16007889},  url       = {https://doi.org/10.5281/zenodo.16007889},  orcid     = {0009-0000-6069-8234}}