Mesostratum & Cubic Lattice Nucleon Affinity Field

Abstract

We investigate the topology of cubic lattice atomic nuclei and the mesostratum nucleon affinity field. The cubic lattice model offers a solid-state-like concept of atomic nuclei having some properties of a liquid‑drop, rather than a diffuse, chaotic gas of nucleons. Our nucleons are not lattice points on the faces of cubes. Each cubic lattice nucleon is conceptually a cube consisting of a substructure of even smaller cubes termed voxels. We argue that the cosmos cannot be understood unless it is recognized as the interaction of two adjacent realities: the mesostratum and physiostratum. The cubic lattice nucleon model incorporates the interaction of the adjacent realities and helps explain the instantiation and sustainment of atomic and inter-nucleon bonding.