ovst pssc and emergent coupling verification

This dataset contains the Python source code, generated figures, and raw computation output for the numerical verification of the Principle of Scale Self-Consistency (PSSC) and the emergent effective coupling in Oriented Volume Spacetime Theory (OVST). Contents:- ovst_pssc_and_coupling_verification.py : Complete Python source code (NumPy + Matplotlib)- pssc_scaling.png: Figure 1 — PSSC scaling verification (A~ell^2, V~ell^3)- emergent_coupling.png: Figure 2 — Microscopic vs. macroscopic coupling- weak_field.png: Figure 3 — Weak-field suppression test- computation_log.txt: Raw terminal output from execution The program evaluates SU(2) spin-network vertex spectra (area and volume eigenvalues) for 4-valent vertices with spin labels j = 1/2, 1, ..., 20. It verifies three central predictions of the OVST framework: 1. The PSSC scaling relations A ~ ell^2 and V ~ ell^3.2. The convergence of the microscopic transition amplitude g_v^2 to the emergent macroscopic coupling lambda_eff = alpha * ell_P^2 * sqrt(K).3. The weak-field suppression lambda_eff ~ rho_b / rho_P over ten orders of magnitude in baryon density. Requirements: Python 3, NumPy, Matplotlib. Execution time < 1 second on 8 GB RAM, CPU-only hardware. This dataset supplements the OVST paper series:- Emergent coupling function: 10.5281/zenodo.21526416- OVST 4.0 framework: 10.5281/zenodo.21430823- Semiclassical dark matter interpretation: 10.5281/zenodo.21509274