Plhák's Unifying Principle PSP

This publication introduces a groundbreaking theoretical framework known as the Plhák Unifying Principle (PSP). The PSP links neutrino oscillations, weak interaction, and spacetime curvature with the distribution of dark matter and dark energy. The theory explores how the energy and mass of neutrinos change over time, influencing the curvature of spacetime and the structure of the universe. Furthermore, it postulates that neutrino mass is variable and declines with distance, and it discusses how this impacts dark matter's concentration around baryonic structures. This theory also critiques the concept of virtual mass, proposing instead that neutrinos maintain a fluctuating frequency that plays a fundamental role in cosmic expansion and large-scale structure formation.The long-term outlook of PSP suggests that neutrinos may be central to our understanding of gravity and cosmology, paving the way for further experimental validation and discovery. The results of this theory hold potential for reshaping our comprehension of dark matter and energy, and unify key aspects of weak forces and gravitational phenomena.