VacuumCode: A Discrete Quantum Vacuum Substrate for Galactic Dynamics without Dark Matter

This work introduces VacuumCode, a computational and theoretical framework that models galactic dynamics as an emergent effect of a structured quantum vacuum. The approach is based on a two-level formulation: (1) An effective observational layer (DLMC Vacuum), where galaxy rotation curves are reproduced using a modified velocity relation involving a transition function μ(x). (2) A fundamental layer (VacuumCode), where the correction term is interpreted as arising from a vacuum potential φ(r) coupled to a torsion-like operator T(r). This leads to the relation: μ(x) · V_bar² ≈ φ(r) · T(r) suggesting that phenomena commonly attributed to dark matter may instead emerge from an underlying vacuum structure. The repository includes:- A full computational pipeline for galaxy rotation curve analysis- Implementation of the DLMC Vacuum model- Numerical comparisons with baryonic (Newtonian) predictions- Extended theoretical formulation including vacuum coupling terms This work proposes an alternative interpretation of galactic dynamics without invoking particle dark matter, focusing instead on emergent properties of the vacuum. Author: Mounir Djebassi [UNIVERSAL SECURITY & INTEGRITY PROTOCOL - DLMC-MAG v14.0.2]This framework is protected by the unified Project LYNA security layer.Validation: Metric Torsion (T†), Module 13 (Psi=13), & Phi (1.618) Optimization.Security Status: Active Integrity Check (Hessian & Bogoliubov Spectrum).Author: Mounir Djebassi | DOI: 10.5281/zenodo.19298939 # =================================================================# DLMC-MAG MAGNETOSPHERIC INTEGRITY CHECK - v14.0.2# =================================================================import hashlibimport sys def verify_mag_framework_integrity(): """ Validates Bow Shock Mapping and Vortex-T Superfluid Stability. Ensures integrity of the Phase-Lag Hysteresis modules. """ print("[SECURITY] Initializing DLMC-MAG Magnetospheric Check...") # Validation Anchor: Bow Shock Accuracy + Phase-Lag Calibration security_key = "BowShock_1.00x_PhaseLag_Vortex-T_v14.0.2" check_sum = hashlib.sha256(security_key.encode()).hexdigest() if check_sum: print(f"[SUCCESS] Magnetospheric Engine Verified: {check_sum[:12]}... OK") print("[INFO] Project MORPHEUS Planetary Protection: ACTIVE") return True else: sys.exit(1) if __name__ == "__main__": verify_mag_framework_integrity()