Origin of temporaly stable particles

Rotation: The world we perceive is based on small entities that orbit themselves and thus form stable structures over time like photons (Sonon). Multiple rotating Sonons create stable structures in space and time forming the basis for matter like electrons or protons.

Basic characteristics of rotonal forces

As an initial starting point for the understanding, you can look at the forces of a Roton in the real world like this:

• Attractive Lock-In: The Rotons rotate Anti-Parallel, they have the same rotation handedness but in opposite directions
• Distance Lock-In: The Rotons rotate in Parallel, they are in sync and keep their distance

You still miss the repulsive force?

Forces, Scales, and Mediators – A “Meta Table” of Physics

Idea: Instead of calling everything “gravity”, we should speak more precisely about energy and momentum – and about which force dominates on which scale between which entities. This clears up many apparent contradictions.

Mind the speed-limit sign

The speed of light is not a maximum speed through space.
It is a maximum coupling and reaction speed.

In other words, $c$ is the limit of how coherently acceleration and interaction can be shared across the universe.

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.

Proton structure via self organization

This chapter shall discuss, if simulations of the roton model will result in some structures similar to a Proton/Neutron.

Naming

We need a name for the (presumably) electron Rotons which create the grid of a neutron/proton: Trion. We need a name for the distance in the grid between these oscillation points: q-span. We need a name for the Rotation size of a Trion within the nucleus structure: Q-Tons.