COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA

Energy exchanges and oscillations (hf) at extremely high rates, which are inap­propriately called "particles". Electro­magnetic phenomena and particles begin with a deceleration of the maximum speed c.

• the radiation and particles have the common trait: They are fluctuations to a balanced quantity of energy. Their difference is created at most short wavelengths and if other forceful e/m fields impede the propagation of waves that have upper frequency than light. However the fundamental particles of an atom are these quantities of energies which are created at the average values of energy fluctuations. Two opposite motions in opposite direction are appear to have equal rate of change and be counterbalanced in these fluctuations. (27.1, σ376)
  (...)
  When the rate of fluctuation exceeds the average value, then the period of which the wave is repeated decreases, while the time of which the energy returns into balanced increases. Exceeding the average frequency f0, the time of restoration in energy balance (E0 / t0 → t0 = E0·tmin / Emin) is slower than the time of period in that the wave energy is changing or transmitting. This means, more energy is possible to transfered or accumulated, before the energy balance returns, before the whole of quantity return back in point of perturbation. (27.1, σ376)

• The particles of matter and their properties must be described as moments in changing fields and as quantities of energy distributed by wave processes. When one is unaware that a bubble is formed by equilibrium forces within a liquid then can one correctly describe its motion and give correct explanations? Many of modern research observations and mathematical tools, such as the uncertainty principle, spin of particles, Pauli's exclusion principle, calculations for emission and energy absorption, the Schrödinger equation, the quantum tunneling, virtual particles, are all necessary for technology, however, are not the beginning of the explanation of physical processes. This knowledge is also necessary to improve the explanation of physical processes and to confirm them, but this useful knowledge is not the beginning of this explanation. (27.1, σ380)
  

• When we concluded that the maximum speed c decreases in proportion to the increase of inertia [investigating the ratio c/V = Μpl /M and the velocity V=√(GM/λ)]1 then we did not know what change was taking place to the common energy of space. We were generally thinking about a reduction in speed from the maximum c and we were calculating how much the reduction is, but we could not say for what movement of the space the maximum speed c was. After a more detailed description of the energy disturbance and observing how the physical quantities decrease and increase, we see that the maximum speed c is related to a force that restores balance. A universal force keeps the energy of space in balance and generates waves in direc­tion where the energy is concentrating and at maximum speed c. Any disruption of this universal force generates the e/m waves where are propagate in opposite direction (of decentralization), because the shared energy is immediately concentrated at maximum speed c until it returns to equilibrium. [A quantity of energy h∙1Hz returns to equilibrium at the minimum time tmin ≈10e-42 sec for a disturbance of 1Hz and this minimum quantity of energy corresponds to a minimum inertia of Mmin ≈10e-50 kg. An amount of energy h∙10e20 Hz returns to equilibrium at a time te ≈10e-23 sec for a disturbance of 10e20 Hz and this amount of energy corresponds to an inertia of Μ≈10e-31 kg (about one electron)]. (27.1, σ380-381)
  

• 29.1. Particles are inseparable from a repetitive motion and from forces (of a disturbed balance)

  the mass localized as particles,

  the electromagnetic field,

  the gravitational field

  and the nuclear attraction
  are common phenomena from the variance of the same amount of energy and all things regardless of their form are transformations of these general physical phenomena. The mistake in modern research, which hindered the interpretation of nature, was this: They left the mass and particles as segregated from the fundamental physical forces, as self-ruling, self-inclusive, individual and external phenomena and not as repeated moments in the change of a quantity of energy. (29.1, σ420-1)
  

• The force which holds the particles with increased energy in the atomic nucleus is not caused in a separate way for every atom in matter and is not produced by the tiny movements. Instead, particles, energy exchanges and forces are created by instantaneous fluctuations in the constant energy of the space. The core in all material elements conceals the same energy and power of one and the same finite space (which is the total energy of nature, let's not forget). (29.2, σ423)
  

• When the energy disturbances are repeated at the highest rates and stabilized as particles, then the changing e / m forces have a longer application time and with a feedback process are limited to atomic dimensions. (29.5, σ431)
  

• The fundamental particles of matter have little deviation from these mean values. In interpreting structural elements as fluctuations in a global amount of energy, this coincidence means something. It means that matter is inseparable from a common amount of energy that internally in its structure is connected as if it were a nucleus and externally as if it were free space with the limitation of the gravitational field. (32.1, σ495)
  

• We have seen that particles of matter are quantities of energy that alternate extremely rapidly and that they are not the same ones that create the forces between them, but a shared amount of energy that we do not detect as a body. (34.0, σ529)
  

• the force, which occurs within a core and between a core and a particle in its orbit, is the universal force that the Whole Universe has in advance and permanently, from a minimum radius and with its total amount of energy. But the total amount of energy is in equilibrium and so this balanced amount seems like empty and global space and has re­duced force in longer distance than an atomic radius. The gravitational force is a remnant of a maximum force, which has been called “nuclear”. (27.0, σ372)
  

• An excerpt of ix note:
  The physical space is an amount of energy many times larger than particles, but we perceive the world a bit upside down, and that sounds incredible: we realize that particles constitute a vast astronomical world within an incomplete universe. If we say that the particles and matter we perceive are the missing universe, it will be a thought closer to the truth! Until now, anyone who would hear the phrase "complete universe" would think that no free space between bodies had to be mediated, and that on the contrary all bodies should be closely aligned (without gaps) and fill the entire space and can not move. This is a reasonable conclusion, but it has a false assumption (that energy is presented only in the form of matter atoms). Nature has managed to exist and balance itself with all its energy, but not exclusively in matter and in celestial bodies (and in just one short time). (p548)