Universal Mechanics: A Unified Framework for Natural Interactions

This work introduces Universal Mechanics, a unifying physical framework aimed at reformulating the foundations of natural interactions, from the microscopic scale of particles to the cosmological scale. Matter and forces emerge from the collapse of spectral spheres into basal particles (basal proton, basal electron, and basal quarks). These particles interact through confinement fields and spectral structures, giving rise to a unique fundamental force manifested locally as electromagnetism, nuclear interactions, and gravity. The model proposes a renewed cosmology in which the black bodies of stars act as transformers of baryonic matter into dark matter, composed of “black neutrons” resulting from the quasi-total interaction between basal protons and basal electrons. This approach coherently accounts for photon behavior, synchrotron radiation, stellar granulation, and sunspots. A central feature of Universal Mechanics is its testability. The theory predicts measurable variations in the geoneutrino flux during solar eclipses between 2025 and 2027, linked to the activity of the Earth’s central black body. The detection of such variations would constitute a falsifiable criterion in support of the model. Thus, Universal Mechanics offers a predictive and coherent alternative to current paradigms, unifying fundamental interactions within an experimentally testable framework.