Supplementary Fluid-Dynamics Module and Non-Linear Recirculation Matrices for the Zoe V3 Quantum Infodynamics Framework (Tomo VII Addendum)

The package provides the mathematical and algorithmic validation datasets required to model the non-linear second-order interactions operating within the 4D macroscopic quantum foam substrate under high-energy potential gradients. The primary contribution of this dataset is the algorithmic verification of the Asynchronous Recirculation Mechanism of Confined Entropic Residuals within the Planck scale porous mesh, successfully preventing local thermal Joule discrepancies without disrupting baseline thermodynamic homeostasis.

Furthermore, this specialized hydro-stress extension engine introduces empirical relativistic-quantum orbital tracking constants, independently reproducing the anomalous precession of Mercury with a 0.00% empirical prediction error under strict gauge matrix closure (Psi_dagger