Hadronic orbital field model

• DOI: https://doi.org/10.22533/at.ed.153222529043

• Palavras-chave: Atomic nuclei, hadrons, baryonic particles, baryonic multiplets, baryonic octets, prime orbital field model, amplituhedron, nucleons, prime numbers.

• Keywords: Atomic nuclei, hadrons, baryonic particles, baryonic multiplets, baryonic octets, prime orbital field model, amplituhedron, nucleons, prime numbers.

• Abstract:

  The universe uses a base pattern for everything that exists, it is the one that requires the lowest energy, the simplest, most elegant and geometrical model, which operates in any dimension, scale or particle, this basic pattern with few components and due to all its interactions generates all the complexities of the universe we know. This paper proposes the orbital field model as the geometrical basis for the creation and organization of all hadronic particles. This structure, analyzed from its geometry and evolution, locates all the hadronic subatomic particles of the standard model, first those generated by quark combinations (u, d, s) and later extending to those generated by quarks (c, b, t), locating in their place all the known mesons, meson resonances, baryons and baryonic resonances. From this orbital model emerge the subatomic properties, and the reason of the baryonic multiplets, the interaction between particles to generate heavier ones and the disintegration to lighter particles, also following the evolution of the model emerge the chemical elements and properties of matter such as the amount of neutrons in the nucleus, the isotopes and the stability of the atomic nuclei, among others.