Gamma Theory V26: Numerical Simulation of Psychological Improvement via Δκ (v25)

This V26 paper presents the full implementation details of the numerical simulation used to compute Δκ (v25) in Gamma Theory. The Δκ values reported in V25 for 11 psychological phenomena are theoretical predictions generated by a deterministic state-space model, not human experimental data. This paper discloses all parameters, intervention operations, and computational procedures required to reproduce the simulation results. The goal is to ensure transparency and reproducibility within the theoretical phase of Gamma Theory (V21–V30). Empirical human studies will be conducted in V31 and beyond. Contents:• Restatement of the state-space model defined in V25 • Parameter settings (γ, E, w, C_before) • Numerical definitions of intervention operations • Simulation algorithm and Δκ computation • Sensitivity analysis • Limitations and connection to V27 This work completes the simulation component of the theoretical framework and prepares the foundation for the optimization models developed in V27.