Determination of the Geometry of Atomic Nuclei
by Quantum Hydrodynamic Photon Pressure Assumptions
http://gsjournal.net/Science-Journals/Essays/View/5687
Abstract
In the present work we pursue the question of which geometry of atomic nuclei arises when nuclear forces between protons and neutrons are described by quantum hydrodynamic photon pressure differences. We show by suitable photon pressure assumptions that certain spatial symmetries are given and based on these symmetries, the geometry of atomic nuclei can be, step by step, determined. We get a fascinatingly simple and intuitive geometry of atomic nuclei, whose correctness can be verified, however, only by solving the fundamental equations of quantum electrohydrodynamics.
Key words: geometry of atomic nuclei, nuclear forces, photon pressure difference, fundamental equations of quantum electrohydrodynamics.