Chapter 1 — Conceptual Model of Isotope and Isomer Landscapes (A > 20)

Structure of Isotopes and Isomers (RQM-inspired)

We dive into the world of atom-cores looking at different aspects of the isotopes and isomers. The target is to identify structure, which relates to the OAM (Olavian Atom Model) or in other words prove that the OAM model and predictions hold.

Considerations driven by the Resonance Theary and the Roton Model

Alpha-Particle charge

• If 2 paired-electrons orbit a nucleus, then 2 paired-positrons in a nucleus must be able to rotate with little resistance too
• An alpha particle must hold 2 fixed resonance points (positrons) in a position which allows such rotations.
• 2 electrons

Manual topological families

• 1-Alpha like center (alpha-centered)
• 2-Alpha like center (face-centered)
• 3-Alpha like center (edge-centered)
• 4-cluster like center (point-centered / tetra-like)
• 5-cluster ring (empty center)
• 12-cluster shell (icosahedral shell, empty center)
• 20-cluster shell

1-Alpha Center

$A = 41$ (He-4) $A = 410$ (Ca-40) $A = 4*12$ (Ti-48)

This will be the neat thing, if it works.

The (nearly) full model simulation

A classical, resonance-mediated, antenna-coupled interaction model with transitional and rotational dynamics, structurally analogous to dipole physics but extended to oscillatory, multi-lock-in behavior. This is a generalization of aspects witness in large scale (electromagnetism) and quantum areas (entanglement) based purely on resonances.

preliminary sketch

Spoiler:

What is a Proton? It is half of a container that encapsulates an Anti-Electron. You are invited to follow the whole way of how this insight was established.

The Nucleus

We are going to enter the atom core and look at the structure of the nucleus. Based on the Olavian Atom-Model we already know the needs for entangled connections. After refreshing them we will try to list a few considerations an properties and structure the nucleus should have.

Particle Scattering

Ever wondered what happens if you shoot an electron at a proton or any other type of nucleus? At the CERN for instance a lot of such experiments take place.