The Non-Nucleocentric Model of the Atom and the Modified Periodic Law: Extended Explanation

This research article provides a natural-philosophical reimagining of the foundations of the quantum-mechanical paradigm and a revision of classical conceptions regarding the nucleocentric model of the atom. Employing the author’s interdisciplinary method of ‘geometric kinedynamics’, which integrates time-spatial determinism with dynamic geometric representations of fields, the work proposes an alternative ontological model of the microworld. The research focuses on a critical analysis of Johannes Kepler’s cosmological ideas and Niels Bohr’s quantum model. The author substantiates a concept of non-nucleocentric atomic structure, grounded in the geometry of the five regular polyhedra (Platonic solids), wave resonance, and topological transformations of toroidal electromagnetic structures. The article introduces a fundamental distinction between dipolar systems (‘magnetoids’) and poleless radial-ring systems (‘plasmoids’), thereby explicating the nature of elementary particles and the mechanisms of their inversions and interactions. Furthermore, the work establishes a Modified Periodic Law, wherein the structure of atomic shells and the isotopic diversity of elements are derived from the laws of spatial tessellation and geometric harmony. The phenomenon of the atomic ‘nucleus’ is reframed through the density paradox, which arises from the concentric compaction of nested poly-polyhedral shells toward the centre of the atom. This work returns physical knowledge to the lineage of the classical tradition of natural philosophy, offering a holistic perspective on the structure of both the micro- and macro-world.