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.

Introduction

Why is the Alpha-Particle such an important construct for the RQM? Because it bridges the world between:

• the macroscopic additive world where nucleons stack up together to form graspable 3D matter
• the world of quantized resonances

Any theory which can not give a graspable explanation to why the alpha-particle is as it is, risks to fail. I did not find a established theory which could explain it reasonably enough. When you see the success on how the RQM needs and proposes and explains its constituents you will see what the author meant.

PRELIMINARY SKETCH

Intro to energy

Is the term energy at all important in the LEDO-Model? How did it matter (hehe) so far? How do we see it now?

Energy Density Repulsion

We introduced the term “energy density” for different purposes.

First element with attribute size

Protons and Neutrons are the smallest and first entities, which can truly be assigned the property of “size”. At least spatial size as we perceive it in context of matter. Why does matter show extensions in 3 dimensions? Probably simply because electrons happen to combine 3 rotational components.