Abstract

The Ulianov String Theory models the proton masses on the proton sphere surface, allowing two proton masses to come into contact at distances on the order of the Planck length. This proton model introduces the concept of the Strong Gravitational Contact Force (SGCF), explaining the bonding of protons and neutrons in atomic nucleons and leading to a new model for the organization of protons and neutrons in layers inside atomic nucleons. The SGCF, which emerges when particle masses come into direct contact, also explains the pairing of two electrons within the same atomic orbital and the formation of molecules and metallic structures from electron mass connections, further vindicating Einstein’s view on the redundancy of nuclear forces

Keywords

Ulianov String Theory, Proton model, Planck length, Atomic nucleons, Nuclear forces, Strong gravitational contact force