Vibrational physics: Ontological processuality from molecule to gravitation and the revision of historical models

In this treatise, molecules do not appear as collections of atoms, but as process spheres of protons and neutrons that form a common field potential. In this process-oriented understanding, the proton is not an object composed of quarks, but the smallest, independent process sphere in the cosmos. It forms the maximum internal vibrational gradient of the atom. • The nucleus (the proton): It functions as a state of maximum inward orientation (Principle A). It is a high-energy, positively charged oscillation node that binds energy. • The shell (the electron system): It forms the outer vibrational layer of this subatomic vortex (Principle B). It processes and reflects incident photons globally or granularly. • The neutron: It is not a separate particle, but a specific, neutralized vibrational state of the proton (a proton vortex that has switched to a different binding mode through an energetic negative overload). In this model, gravity is understood as a spherical field-tension process arising from the same proton- -neutron drift structure that also underlies magnetism, the strong interaction, and the weak interaction. The four forces do not appear as separate entities, but rather as different binding geometries of a single ontological process. This view replaces historical repair models with a consistent processuality that dispenses with exotic energies, singularities, or geometric additions, and describes molecules, atoms, and cosmic bodies within a common ontological framework. Modern physics builds upon historical models that have been extended, repaired, and geometrically reshaped over centuries without examining their ontological foundations. From Newton's non fingo to Einstein's relational theory and on to contemporary concepts like dark matter, geometric singularities, and exotic energies, a pattern emerges: linear embellishment replaces structural clarification. This treatise picks up where classical and modern physics leave off, reconstructing fundamental phenomena as the processuality of protons, neutrons and drift. The supposed neutrality of the neutron, the geometric interpretation of gravity, and the cultural fixation on mathematical symbols like minus and π are ontologically re-evaluated. The processual perspective extends beyond the micro level to cosmic initial states. The geometric notion of a point-like singularity is discarded, since a point possesses no relation, no processuality, and no state. Extreme plasma, on the other hand, constitutes a processual initial state capable of carrying gravity without creating space or time. This does not refute Einstein's relational theory, but rather extends it, and embeds cosmic phenomena such as black holes and the first singularity within the same processual framework as molecules and forces. The four forces do not appear as separate entities, but as variants of a single field tension process. The world reveals itself not as a geometric stage, but as a dynamic vibrational organization without mystical add-ons. Criticism of historical models is therefore not a break with the past, but a necessary step in contemporary development. Science remains vibrant when it has the courage to examine its foundations. 35 pages