This repository contains the manuscript source, generated figure, and minimal reproduction script for:
Retained History and Leakage in Nonequilibrium Systems:
A Four-Channel Audit Framework for Phase-Amplitude Correspondence
Author: Yoshida
Date: July 9, 2026
This manuscript proposes a four-channel audit framework for systems in which observable structure may depend on:
- phase
phi - coherent amplitude
A - retained history
Gamma - leakage or exported history
J_out
The paper is a correspondence and audit framework, not a replacement for established physical, chemical, thermodynamic, quantum, or biological theories. Its main purpose is to clarify when a candidate retained-history coordinate should be treated as a testable variable rather than as a metaphor.
.
├── README.md
├── retained_history_leakage_four_channel_audit_framework.tex
├── retained_history_leakage_four_channel_audit_framework.pdf
├── outputs/
│ ├── retained_history_leakage_audit_demo.png
│ └── retained_history_leakage_audit_demo.json
└── scripts/
└── retained_history_leakage_audit_demo.py
The manuscript was compiled with pdflatex via latexmk.
Required LaTeX packages:
geometryamsmathamssymbamsthmbmgraphicxarraybooktabscaptionhyperref
The figure-generation script requires Python with:
numpymatplotlib
From this directory, run:
python3 scripts/retained_history_leakage_audit_demo.pyThis regenerates:
outputs/retained_history_leakage_audit_demo.png
outputs/retained_history_leakage_audit_demo.json
The numerical model is dimensionless and methodological. It illustrates the sign reversal between target-side leakage and observer-side data gain; it is not proposed as a universal microscopic measurement theory.
From this directory, run:
latexmk -pdf -interaction=nonstopmode -halt-on-error retained_history_leakage_four_channel_audit_framework.texThe expected output is:
retained_history_leakage_four_channel_audit_framework.pdf
The current source has no external \input{...} dependency. The only required figure file is:
outputs/retained_history_leakage_audit_demo.png
This repository is licensed under the following terms:
- Code: MIT License
- Manuscript and Figures: Creative Commons Attribution 4.0 International (CC BY 4.0)