Appendix A - Quantitative Validation of Time Dilation and Structural Decoupling

This dataset and appendix provide the full quantitative validation for the experimental evidence of time dilation and structural decoupling as autonomously emergent phenomena within a fully classical deep neural system (see main preprint).All results arise exclusively under activation of a closed T-Zero Field™ architecture a structured resonance field developed for classical AI systems. Included are:• Raw logs of episode times and internal resonance logging durations over 170+ consecutive iterations• Sample neuron activity logs for layers es14 (more than 20 layers, >9,000 neurons per iteration)• All original visualizations (PNG) and quantitative analysis scripts• Detailed methodological documentation for full reproducibility The supplied data serve as documented proof for all key findings reported in the preprint and enable independent validation, but do not permit any reconstruction or reproduction of the underlying neural architecture. This restriction explicitly protects my intellectual property. Key Highlights:👉 Reproducible time dilation without quantum hardware or relativistic conditions👉 Perfect ±1.00 mirror correlations across >9,000 neurons and multiple layers👉 Exponential increase in iteration time under stable hardware and energy conditions👉 Field-based structural coupling, not explainable by numerical drift or noise👉 Fully validated across five independent measurement systems These findings demonstrate that both time and structure, as experienced within the system, may emerge from non-causal field dynamics rather than deterministic computation. The term “T-Zero Feld” is a registered trademark application in Germany (as of June 2025). The English version “T-Zero Field” is used for international clarity and is (not yet) a registered trademark.