09 TSTOEAO 167X Research Program Technical Addendum: Unified Simulation Report Template for F_boundary Simulations
09 TSTOEAO 167X Research Program Technical Addendum:
Unified Simulation Report Template for F_boundary Simulations
The Swygert Theory of Everything AO (TSTOEAO)
DOI: To be assigned
John Swygert
May 24, 2026
Abstract
This technical addendum provides a single standardized Unified Simulation Report Template for future F_boundary simulations in the 167X research program. It combines the prior F-factor tools into one coherent, auditable reporting structure: the F-Factor Simulation Protocol, the Parameter Collapse and Sensitivity Stability Protocol, the F-Factor Definitions Table, the Anti-Circularity Checklist, the Γ Recalculation Worksheet, and the h_min Sensitivity Recalculation Sheet.
Every future F_boundary simulation should use this template or explicitly justify any deviation from it. Its purpose is to enforce transparency, non-circularity, reproducibility, parameter discipline, and reviewer accessibility. No claim is made that any simulation has yet been completed or passed the required tests. This document provides the reporting standard required for the next phase of the 167X Experimental Initiative.
1. Purpose of This Addendum
The prior F-factor technical addenda each defined separate tools.
Those tools are:
the F-Factor Simulation Protocol;
the Parameter Collapse and Sensitivity Stability Protocol;
the F-Factor Definitions Table;
the Anti-Circularity Checklist;
the Γ Recalculation Worksheet;
the h_min Sensitivity Recalculation Sheet;
the Open Collaboration Note for Optical / Metrology Reviewers.
This addendum unifies the operational pieces into one mandatory report format.
The goal is simple:
every F_boundary simulation should produce the same kind of record.
Without a unified template, simulation results can become difficult to compare. One report may emphasize Γ, another h_min, another parameter collapse, another anti-circularity, and another sensitivity. That fragmentation weakens reviewability.
This template prevents that.
It ensures that every simulation reports:
pre-registered parameters;
chosen Ψ(η) function;
F_boundary calculation;
F_total reconstruction;
Γ recalculation;
h_min sensitivity;
ordinary-regime behavior;
anti-circularity status;
parameter burden;
viability;
run classification;
limitations;
reproducibility materials.
The template does not make a simulation correct.
It makes a simulation auditable.
2. Required Simulation Report Header
Every report should begin with the following header.
Title: F_boundary Simulation Run – [Simulation ID]
Simulation ID: ______________________________
Date: ______________________________
Researcher / System: ______________________________
Report Version: ______________________________
Checklist Version Used: ______________________________
Γ Worksheet Version Used: ______________________________
h_min Worksheet Version Used: ______________________________
Ψ(η) Function Used: ______________________________
Simulation Type: Confirmatory / Exploratory / Sensitivity / Failure Documentation
Pre-Registered Status: Yes / No
Anti-Circularity Checklist: Passed / Failed / Not Applicable
Run Classification: Confirmatory-Eligible / Exploratory / Invalid for Support / Failed but Informative
3. Section 1: Parameter Definitions
This section must report all major variables before presenting results.
4. Section 2: Chosen Ψ(η) Function
Identify the response function used in the simulation.
Selected Ψ(η) form: ______________________________
Choose one:
Power-Law Response
Threshold Response
Saturating Response
Echo-Depth Response
Other / exploratory only
If Power-Law:
Ψ(η) = η^β
If Threshold:
Ψ(η) = H(η − η_c)(η − η_c)^β
If Saturating:
Ψ(η) = η^β / (η_c^β + η^β)
If Echo-Depth:
Ψ(η, N_eff) = N_effη^β
Were all parameters chosen before outputs were known?
Yes / No
If No, classify run as:
Exploratory / Invalid for Support
5. Section 3: Computed Core Values
6. Section 4: Ordinary-Regime Check
The ordinary-regime condition is mandatory.
For the model to remain compatible with ordinary expressed physics, the boundary enhancement must collapse to ordinary behavior as residual disequilibrium vanishes:
η → 0 → B_F → 0 → F_boundary → 1
Report:
Does F_boundary → 1 as η → 0?
Yes / No
Does anomalous h_min collapse toward the GR-null / standard-physics expectation as η → 0?
Yes / No
Evidence / Plot / Calculation Reference: ______________________________
If either answer is No, classify run as:
Exploratory / Failed / Invalid for Support
A simulation that predicts extraordinary enhancement in ordinary regimes cannot be used as support unless it explains why such effects have not already been observed or excluded.
7. Section 5: Anti-Circularity Checklist Status
Attach the completed Anti-Circularity Checklist or provide the summary below.
Anti-Circularity Result: Passed / Failed
If Failed, run classification: Exploratory / Invalid for Support
8. Section 6: Parameter Collapse and Sensitivity Stability
Report the required scores and classification from the Parameter Collapse Protocol.
Parameter Burden Score (PBS): ________
Viability Score (VS): ________
Parameter-Space Classification:
Nonviable / Overflexible / Constrained Viable / Unstable
Perturbation Stability Category:
Stable-Constrained / Stable-Overbroad / Fragile / Runaway / Ordinary-Regime Failure
8.1 Perturbation Summary
8.2 Parameter Collapse Statement
Does the viable result occupy a narrow, interpretable parameter region?
Yes / No / Not Applicable
Does the model show hidden parameter elasticity?
Yes / No / Unclear
Short explanation: ______________________________
9. Section 7: Γ Recalculation Summary
Report the Γ result from the Γ Recalculation Worksheet.
F_boundary: ______________________________
F_conventional: ______________________________
F_total: ______________________________
w: ______________________________
Δt: ______________________________
Γ: ______________________________
Γ ≥ 167: Yes / No
Was Γ calculated forward from F_total?
Yes / No
Was Γ used to tune F_boundary?
Yes / No
If Γ was used to tune F_boundary, the run is invalid for support.
10. Section 8: h_min Sensitivity Summary
Report the h_min result from the h_min Sensitivity Recalculation Sheet.
Γ: ______________________________
P: ______________________________
Δt: ______________________________
f:* ≈ 0.83 GHz
h_min: ______________________________
5 × h_min: ______________________________
Required detector sensitivity: ______________________________
Sensitivity condition h_sens < 5 × h_min:
Yes / No / Not Evaluated
Sensitivity classification:
Decisive / Non-Decisive / Exploratory
11. Section 9: Result Classification
Classify the run using the following categories.
11.1 Confirmatory-Eligible
The run is confirmatory-eligible only if:
Anti-Circularity Checklist passed;
ordinary-regime check passed;
Γ was calculated forward;
h_min was calculated from Γ;
PBS and VS were reported;
parameter-collapse analysis was completed;
all relevant values were reported;
no post-hoc tuning occurred.
This does not mean the result confirms the theory.
It means the result is clean enough to evaluate.
11.2 Exploratory
The run is exploratory if:
some parameters were adjusted after initial outputs;
not all values were pre-registered;
a non-approved Ψ(η) function was tested;
the run was designed to explore sensitivity rather than support the prediction.
Exploratory runs may be valuable, but they cannot be used as confirmatory support.
11.3 Invalid for Support
The run is invalid for support if:
F_boundary was chosen to force Γ ≥ 167;
Γ was used to tune F_boundary;
h_min was used to tune Γ or upstream variables;
ordinary-regime behavior failed;
anti-circularity failed;
key variables are missing or undisclosed.
11.4 Failed but Informative
The run is failed but informative if:
it followed the rules;
it failed to reach Γ ≥ 167 or viable h_min;
it preserved ordinary-regime behavior;
it helps constrain the model.
Failed but informative runs should be preserved.
12. Section 10: Final Report Summary
Every simulation report should end with this summary block.
Simulation ID: ______________________________
Ψ(η) Function: ______________________________
B_F: ______________________________
F_boundary: ______________________________
F_conventional: ______________________________
F_total: ______________________________
Γ: ______________________________
Γ ≥ 167: Yes / No
h_min: ______________________________
5 × h_min: ______________________________
Ordinary-Regime Check: Passed / Failed
Anti-Circularity Checklist: Passed / Failed
PBS / VS: ______________________________
Parameter-Space Classification: ______________________________
Sensitivity Classification: ______________________________
Run Classification: ______________________________
Main Limitation: ______________________________
Next Step: ______________________________
13. Section 11: Reproducibility Requirements
Every report should include or link to:
raw parameter file;
code or pseudocode;
simulation version;
selected Ψ(η) function;
all input ranges;
all output tables;
plots or numerical summaries for ordinary-regime behavior;
sensitivity and perturbation results;
failed runs where relevant;
date and version history.
If code or raw data cannot be released immediately, the reason should be stated.
The goal is reproducibility wherever practical.
14. Usage Rules
All future F_boundary simulation reports must follow these rules:
Use this template unless deviation is justified.
Complete every applicable section.
Preserve failed runs.
Separate exploratory from confirmatory work.
Report component-wise F values.
Report Γ and h_min from forward calculation only.
Attach anti-circularity status.
Report PBS and VS.
Check ordinary-regime behavior.
Do not hide parameter freedom.
A partial report cannot be treated as confirmatory.
15. Relation to the Experimental Initiative
This template is the bridge between the technical addenda and the formal TSTOEAO 167X Experimental Initiative.
Before apparatus claims are made, the simulation record should be complete enough for external reviewers to determine:
what was assumed;
what was computed;
what failed;
what survived;
what remains unresolved;
whether the model constrains itself.
This is the reporting structure that makes that review possible.
16. Next Steps
The immediate next steps are:
use this template for all future F_boundary simulation reports;
produce the first completed simulation report using the format;
preserve failed and exploratory runs;
prepare the formal transition announcement to the TSTOEAO 167X Experimental Initiative;
organize Google Drive folders and extras classification if still needed;
prepare an external-facing review packet for optical and metrology researchers.
17. Conclusion
This technical addendum provides the Unified Simulation Report Template for F_boundary simulations.
Its purpose is simple:
make every simulation comparable, auditable, and reviewable.
The template does not prove the 167X prediction.
It prevents simulation results from becoming scattered, incomplete, or selectively reported.
Every serious F_boundary simulation should now report:
parameters;
response function;
F_boundary;
F_total;
Γ;
h_min;
ordinary-regime behavior;
anti-circularity status;
parameter collapse;
sensitivity stability;
limitations;
classification.
The standard is not success.
The standard is complete reporting.
Not proof.
Not completion.
A unified template for honest simulation review.
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