• Electromagnetic wave propagation as mechanical waves and transverse waves.

  Once torsion has taken place on one end, a transverse mechanical wave will be produced in the form of a spiral curve towards the other end as shown in the figure. (Well, an animated gif would better indicate this)

  Affected structure of gravity
  Gravity filaments affected and group wave
  

  Therefore, energy from the photon or the mechanical torsion will be transmitted from the initial point towards the other end according to the parameters of the transverse elasticity. 

  This presentation of photons as transverse mechanical waves is only a mere simplification of what happens in reality, it seems that in the propagation of electromagnetic waves, the torsion of a filament of the structure of gravity or globine will necessarily affect the adjacent filaments. So we can talk about a three dimensional group wave and wave fronts but we still do not know what exactly a photon is.

  As a result, the bar of the image will represent the group wave or the collection of filaments in gravity’s reticular structure affected by the advance of the electromagnetic wave front.

  From the perspective of the central axis of the transverse mechanical wave, the amplitude of the electromagnetic wave will depend on how many elastocytes are needed to reflect the total energy of the wave, keeping in mind that each elastocyte represents a minimum unit of energy.

  According to Wikipedia, since they are transverse waves, electromagnetic group wave and light can be polarized, whereas longitudinal waves, such as the mechanical waves of sound, cannot be polarized because the oscillation is produced in the same direction as its propagation.

  Wikipedia also states that the study of electromagnetic polarization only concerns the electric fields of the mentioned transverse waves by convention since the magnetic field is perpendicular and proportional to the electric field. I still have not been able to make out the difference between an electric field and a magnetic field in a photon. I suppose it would be a conventional difference because of historic reasons and due to the fact that it is useful to separate the two spatial components; maybe it has something to do with the differences due to the direction of the electromagnetic wave propagation in relation to the tension of gravity’s longitudinal curvature and the resulting potential difference of the torsion.

  Another way to look at it would be to ask ourselves if the magnetic wave group has an electric component in its transverse wave propagation.

  Transverse and mechanical wave
  Magnetic field and electric field
  

  The figure on the propagation of the magnetic and electric field shows the classic virtual division of the electromagnetic wave propagation. This representation of two planes of the front of a three dimensional transverse and mechanical wave corresponds to the lines defining the adjacent filaments of the reticular structure of gravity affected in each instant.

  If we look at the advance of the wave front over time, the areas represented in every plane perpendicular to its direction will define the group wave in the reticular structure of gravity, or globine, as a three dimensional electromagnetic wave volume.

  The figure is not exact because the vertical and horizontal lines of the propagation of the wave front of the transverse mechanical wave cannot be so straight; however I believe the intended effect is achieved.

  The fact that the mechanical wave of the photon maintains its energy indicates that the reticular structure of gravity is a non-dispersive medium.

  Another property of magnetic waves and light is that they break the symmetry of the radial structure of gravity.

• Physical collapse of electromagnetic waves

  Warning! Do not confuse with the mathematical collapse of the Quantum Mechanic’s wave function.

  The electromagnetic wave of light, or photon, will not stop as long as there is no reason to; for example, by reaching a fixed point that does not allow its passage or propagation. In that moment, the main effects produced in the mentioned transverse mechanical wave are:

  • Absorption of the electromagnetic wave by a particle with mass

    Consequently, the photon will have transmitted its energy to the receiver particle. The received energy may cause increased vibration in the mass and in the surrounding globine or increased heat, or kinetic energy of the lineal movement of the mass.

    Meanwhile, the spatial distortion that the photon created disappears and part of the globine is absorbed by the particle with mass.  

    Keeping in mind differences between a particle with mass and a mechanical impulse, it is like if a car enters a highway at the same speed as the other cars on the highway and the rest of the cars would have to readjust their speed so as to maintain a safe distance between the other cars (heat) or go faster to increase the available space (kinetic energy).

  • Rebounded electromagnetic wave

    Another possibility for the transverse mechanical wave front, for whichever reason, is to rebound in the direction of the displacement or in another direction.

    It could be because the wave frequency and the resonance the particle with mass are incompatible, something like a car entering a highway too slowly.

  • Reception and reemission of the photon

    We could also suggest that the photon or quantum are received, but immediately reemitted because it created an unstable state in the receiver particle with mass.

    In this case, the car can enter the highway because it goes faster, but pushes another car out which is then forced to leave the highway.

One more possibility is that the torsion of the transverse mechanical wave ends up creating a complete loop...

Another important characteristic of the electromagnetic wave or propagation refers to the concept of movement; which is studied in detail in the Global Dynamics online book, particularly the sections regarding the Dynamics of the Movement of Light.

Finally, I would like to point out that the wave behavior shown by the photons as transverse waves of mechanical nature that propagate though the reticular structure of matter called globine, which supports gravity, implies the unification of the gravitational interaction with the electromagnetic interaction. There are more details about this statement in the part of this book called Electromagnetic force and field.