The Ulianov Atomic Model

Abstract

The Ulianov Atomic Model (UAM) presents a revolutionary approach to understanding atomic structures and interactions, diverging significantly from traditional models reliant on W and Z bosons and strong and weak nuclear forces. This paper explores the UAM, which replaces these forces with the Strong Gravitational Contact Force (SGCF) and utilizes the true shapes of proton and electron membranes to provide a more profound understanding of atomic behavior. In the Ulianov Atomic Model, atomic nucleons are modeled by Kepler Ulianov Proton Trees (KUPT), and electrons follow a Ulianov Electron Distribution (UED). By examining the UAM, we gain insights into the formation of hydrogen and helium atoms, the stability of nucleons, and the potential applications of this model in nuclear reactors and the creation of room-temperature superconductors.