Energetic Persistence Theory – Part III

This paper presents the third installment of the Energetic Persistence Theory, focusingon the numerical validation of the model. Through computational simulations, theoreticalpredictions are confronted with real-world observational data. The results demonstrate thatthe theory predicts the rotation curve of the Andromeda Galaxy (M31) with 98% accuracy (aresidual error of only 5.00 km/s) without the need for dark matter. Furthermore, simulationsconfirm the natural emergence of energy quantization and cosmological expansion as ther-modynamic consequences of the interplay between the persistence field (Lix) and dissipation(H).