DPFU Theory: The Role of Sterile Neutrinos and Minigravitational Waves in Dark Matter, Dark Energy, and Neutrino Oscillations

The DPFU theory (Dei Principium at Finis Universum) proposes a new model of the universe where sterile neutrinos play a key role in the dynamics of expansion and the formation of large-scale structures through interactions with the Higgs field. These interactions lead to the formation of minigravitational waves (MGWs), defined as localized density differences arising at the point of sterile neutrino decay. MGWs affect spacetime curvature and may explain phenomena such as dark energy, dark matter, and the accelerating expansion of the universe. This paper details the DPFU theory, presents results from extensive numerical simulations that support it, and discusses their correlation with experimental data. Additionally, the implications of the theory for cosmological modeling and future research directions are explored.