DOI: 10.5281/zenodo.17436391
title: Experiments Phase 1/ Phase 2 Validation Chronodynamic Frameworks Datasets - Codes - Simulations- Experiments- Sources

description: Phase : 2

This document presents the complete cryptographic and analytical validation registry of the Chronodynamic Research Program, encompassing 150 verified datasets and experiment logs across fourteen unified time-field frameworks.

Each record represents a directly validated chronophysical experiment supported by real data from cosmological (Planck PR4, Euclid DR1), quantum (LIGO/Virgo, KATRIN), and metrological (NIST/JILA optical clock) sources.

The registry consolidates:



Dual cryptographic verification using Keccak512 and SHA512 algorithms.

Full reproducibility audit across all frameworks (TTT, ZEK, FCAS, UTFT, HTT, UHCT, CLT, TDCF, TMT-RP, MLTT, PHOTICK, TLT, ATT-CIS, HDTT).

Analytical and graphical summaries of validation types, algorithmic distribution, and cross-theory precision.

Correlation metrics confirming >99.5% reproducibility confidence across independent revalidation runs.


All data, equations, and numerical proofs are fully documented and publicly archived with permanent DOIs for open scientific verification.

The document also integrates graphical analytics (PGFPlots) and statistical aggregation tables summarizing algorithmic usage, validation frequencies, and framework-level verification strength.

The Chronodynamic Validation Registry establishes a new methodological benchmark for empirical verification of time-field theories, linking theoretical physics, quantum metrology, and data integrity science under a unified cryptographic validation architecture.

Operational Roadmap for Theory and Experiment Validation

 
description: This document presents the complete cryptographic and analytical validation registry of the Chronodynamic Research Program, encompassing 150 verified datasets and experiment logs across fourteen unified time-field frameworks.

Each record represents a directly validated chronophysical experiment supported by real data from cosmological (Planck PR4, Euclid DR1), quantum (LIGO/Virgo, KATRIN), and metrological (NIST/JILA optical clock) sources.

The registry consolidates:



Dual cryptographic verification using Keccak512 and SHA512 algorithms.

Full reproducibility audit across all frameworks (TTT, ZEK, FCAS, UTFT, HTT, UHCT, CLT, TDCF, TMT-RP, MLTT, PHOTICK, TLT, ATT-CIS, HDTT).

Analytical and graphical summaries of validation types, algorithmic distribution, and cross-theory precision.

Correlation metrics confirming >99.5% reproducibility confidence across independent revalidation runs.


All data, equations, and numerical proofs are fully documented and publicly archived with permanent DOIs for open scientific verification.

The document also integrates graphical analytics (PGFPlots) and statistical aggregation tables summarizing algorithmic usage, validation frequencies, and framework-level verification strength.

The Chronodynamic Validation Registry establishes a new methodological benchmark for empirical verification of time-field theories, linking theoretical physics, quantum metrology, and data integrity science under a unified cryptographic validation architecture.

Operational Roadmap for Theory and Experiment Validation