COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA

Energy exchanges and oscillations (hf) at extremely high rates, which are inappropriately called "particles"

• From the first thoughts we have been wondering what differentiates the amount of hf as energy and radiation from the quantity hf as an equivalent mass. We have also noticed the wave phenomenon of energy decentralization as opposed to the phenomenon of concentration, which we see towards the bodies with their localized presence. The difference between the amount of electromagnetic energy hf and the equivalent energy hf of a particle is obviously related to the maximum speed c of the wave motion and to the angle of lengths that is not shown by the simplest relations. Wave effects are somehow caused that prevent balance and the reinstatement to balance state. (18.0, σ264)
  

• 19.0. The mass "equilibrium". The average values in the fluctuations
  How the structure of matter is formed by a few number stable particles, while the particles are theoretically infinite in number. (The operating principle, p266)

• The average mass Mo and the corresponding energy, which arise for a median frequency √fmax, approach suspiciously the mass having two elementary particles (a proton and electron) of the simple atom. Let us appreciate the fact that our calculations are the most simple relations, which are not considered sufficient for the calculation of a length inside our house! (19.0, p268)
  

• 19.1. The new way of thinking of the structure of matter as an effect of change rates
  The ratio (d), which results from the average values determines the deviation from the mean values, as it is shown by the previous examples. If this deviation from the mean value is repeated at a certain rate, it is theoretically possible to produce more electrons and protons, without all the particles having to be together at the same (exactly) time! By the rhythmical fluctuation of the mean values the dependence of the number of electrons on the number of protons in the structure of matter is explained inter alia. (19.1, p270)

• A lot of variations and processes with difference in angle and radius within the wave changes (by which the structural elements are sustained and produced), are deemed by the researchers to be “quirks” of reality and not a new reality. For them, there are new particles or new qualities, a new way of action and movement that is worth the name of a colleague. (20.0, σ275)
  

• When particles and small quantities of mass are presented, in this case the space does not have the minimum resistance and delay, which would allow the waves to transfer their energy as electromagnetic at the speed of light (and with quantities of energy that correspond to the minimum time). (23.4, σ301)
  

• As we approach the frequencies of light (≈1e14 Hz, range of ΤHz), electromagnetic waves acquire a behavior that looks less waves and more like particles. The phenomena of easy focusing and their increased absorp­tion (when bodies interfere) are more apparent. (24.0, σ316)
  

• At the shortest wavelengths and at the highest rates of fluctuations, the amounts of electromagnetic energy are presented as particles, which, in order to be stabilized, the return of the free space to its equilibrium state is somehow needed to be prevented. It is needed that the free space stops being "free". (24.0, σ318)
  

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