Critical Assessment of the Roton Model

19 November 2025

Critics: Where Simplicity Meets Depth – A New Roton-Based View of Matter and Forces
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Dispersion of Rotonal LEDO Waves

19 November 2025

A compact conceptual framework describing how dispersion emerges in the Rotonal LEDO-Field: not through velocity differences, but through frequency-selective resonance coupling.
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Antimatter and Blackholes

14 November 2025

Antimatter

Think of antimatter as entities, that rotation into the opposite direction as matter. So they will not produce a positive attractive gravitational force but a repulsive one. This can be compared to the

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Inertia and acceleration

14 November 2025

The magic of matter

Why is matter local and does not want to travel at the speed of light?

Inertia

Inertia: is the resistance of a system to behave according to an external force (field).

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The electro-magnetic field

14 November 2025

Rotonal Definition of the Electron-Field

(A) Introduction

We will dive into the electromagnetic field today, or rather start with the electrical field.

We will see:

  • The coulomb potential arises from the uniformly rotating directional distribution of the Rotonal Wave-Tube
  • The force onto a single electron/roton emerges from the integral of all rotational axes directions of the environmental electrons
  • The electric (field) lines in typical diagrams show in which direction the rotation axis of the roton/electron is dragged (initially causing precession)
  • The density of the lines (1 line per Electron if you like) tells how strong this precession force is.
  • The magnetic (field) lines tell you in which direction (and how strongly) the electrons-body will be accelerated as a result, based an the applied forces by the electrical field.

Roton axis orientations
Figure – Lines show the direction of the force applied to the axis of the roton (tilt). This corresponds to the Electrical-Field.

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Electron

10 November 2025

Considerations

Welcome to the master level of the Roton-Model, and to one of the crown disciplines of self resonant spatial structures.

Results

We will model this:

  • An electron is regarded as a Tri-Roton consisting of 3 Rotons with the same center. Every Sub-Roton has an own axis orientation in space.
  • A free entangled rotonal system acts as an own compound not revealing its content. It acts as a point-like center - even though it is not.
  • While a photon is constantly fleeing its own energy field, an electron is fixed in space in 3 directions by it’s inertia/energy center. Every move along one photons axis forces the other Rotons to change their axis orientations which is bound to inertia and time.
  • When the electrons Roton-Speed is fixed (e.g. c) then it can have any size and still keep the same energy.

Triggering attempt

When starting this whole “project” of the Rotonal model the author came up with his initial vision (illusion?) of an electron:

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