COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA

The physical space as a shared amount of energy in equilibrium. Space is maintained as the nucleus of a shared amount of energy and at the same time is maintained as a free.

Delay in restoring equilibrium and maintaining a lack of energy

• The relation of constant H with the structure of matter, after the explanation, that matter is created by the oscillation in the balanced energy of the finite space. (31.1, p444)

• We have given a first interpretation of the relation of the spherical shape to the property of such a space which is the common principle for structural elements, the same shared amount of energy and in equilibrium.* (31.8, p472) The amount of energy, whether concentrated or decentralized, is the same and is presented as a shared and similar phenomenon: it is a core (as centralized energy) and free space (as decentralized). (32.0, p475-6)

• If an amount of matter greater than 10^30 kg is concentrated in a radius of 1ls then the corresponding energy of this amount is missing from the global amount presented as balanced space. Space is maintained and extended in the presence of astronomical nuclei and does not disappear. We have to look for the process that an astronomical nucleus does not have all its mass in a length of 1s of light and that it is not necessarily a single astronomical body with the mass of a black hole. Its amount of mass may be close to what a black hole would be, but part of that quantity extends far beyond the radius of 1 light sec and is represented by more astronomical bodies, nebulae, and the environment of a free space. (32.1, p481-2)

• The space is the amount of energy in equilibrium, but in the regions of the astronomical world the energy equilibrium has not returned and is constantly returning with some delay. The world of astronomical bodies is spatial areas of maximum delay in restoring equilibrium. The time of 1s for the total amount of energy corresponds to a quantity of matter 1e42 times than the marginal inertia Mpl ≈5e-8kg, ie it approaches the amount of 1e35kg matter which is theoretically an astronomical body of maximum mass. (32.1, p485)

• We have explained that space as a periphery and free is maintained simultaneously with the concentration of an energy in the bodies. The mass presented in bodies has a bound amount of energy that is missing from the common amount and the shared energy is presented as a space of a certain radius. Thus we understand that in celestial bodies of greater mass more energy is bound and correspondingly more energy is missing from the common amount. Therefore, the gravitational field of a larger body mass attenuates (and has the lowest acceleration rate g) at the periphery of a longer radius from its center. We can calculate a minimum acceleration rate for all bodies, of any mass since this rate is at the maximum radius of each field. (32.1, p491)

• Free space is an amount of energy as it would be distributed without concentrating matter. Since this amount of energy is present in matter and in concentrated quantities, we can assume that the total amount of matter is as much as would be distributed as free space. Conversely, free space is the totality of matter that would exist as a single body. Because this total amount of matter cannot exist as a single body, the total amount of matter is shared and there are many separate concentrations. (...) The total amount of matter is presented as decentralized and distributed as a shared amount of energy that takes the form of a global space and at the same time is presented concentrated in separate bodies and at separate time intervals. (32.1, p491-2)

• If a quantity of matter of 10^35 kg is concentrated in a radius of 1 ls then the corresponding energy of this quantity is missing from the universal quantity presented balanced as space. A first investigation is to convert the amount of energy into a volume of space. In short and hastily, a quantity of matter 10^35 kg in a volume of 50000 ly gives a density that is close to the average value as we calculated it with the limits of the minimum and maxi­mum inertia. This simply means that a volume of space with a radius of 50000 ly with an average value of energy that is between the electron and the proton can correspond to an amount of energy of 10^35 kg and radius 1 ls.
  The volume of the 50000 ly radius = (4.730364 ×10^20 m)^3 × π × 4 / 3 = 4.433758 ×10^62 m^3
  4.038056 ×10^35 kg / 4.433758 ×10^62 m^3 = 9.107525 ×10^-28 kg/m^3
  The average values according to the limits of Mpl=√(hc/G) and Mmin=h1Hz/c^2 : 2.0056443 ×10^-29 kg or 1.8025828 ×10^-12 J
  The destiny of energy for an extreme mass of 4.038056 ×10^35 kg / ls distributed in a volume of ten times radius 500 000 ly is still close to a mass of one electron: 9.107525 ×10^-31 kg / m^3
  (32.1, p494-5)

• nuclear force is a property of global space and total time. Every energy disturbance creates a rapid reac­tion and all reactions at slower intervals are natural phenomena. Every other force is produced by the process of restoring equilibrium, with the perma­nent force that the shared quantity immediately presents. The process of restoring balance can take time and natural phenomena can delay the restoration of balance. (32.1, p497)

• Physical space exists as free with the presence of bodies and bodies with the presence of free space. (32.1, p500)

• This affinity of space with bodies simplifies interpretation for the preservation of the world, whereas if space were completely different and without any substance, our rational interpretation would not have progressed. (32.2, p503)

• In our interpretation it is important to explain and calculate how the Universe is concentrated in many astronomical nuclei and how the energy balance is restored so that the Universe with its total volume remains without mass as a quantity of energy in equilibrium (average value). (32.2, p503)

• The total amount of energy is presented multiplied and distributed by a maximum of time. The astronomical world is maintained with weakened nuclear force. The free space of astronomical bodies is this weakened field and the forces between them are this weakened field in a proportion to the amount of matter.
  (32.2, p507-8)

• space is maintained as a nucleus of a shared amount of energy and at the same time is main­tained as free space. The preservation of space takes place with a process of extremely high speeds and rates and the matter in this process appears as content in the direction of decentralization to every possible area of periph­ery. (32.2, p509)

• The complete Universe as a global space always precedes any astronomical process but is constantly present and its concentrating power is present in certain regions of the astronomical world. Thus (inversely) the universe is presented in many subsets and hot radiation soups and particles are created (32.2, p513)

• The free space is maintained with the concentration force attenuated as a cir­cumference and together with an astronomical nucleus. (32.2, p514)

• Space is maintained as the nucleus of a shared amount of energy and at the same time is maintained as a free and extensive space with a process of high speeds and rates (which have their average values in the structure of matter). E / m fields and radiations are associated with the minimum time to restore energy balance and with the shortest delays. The gravitational field, the preservation of matter and astronomical bodies are associated with increased delay in restoring equilibrium and by maintaining a lack of energy. The delay can be repeated as many times as the maximum time limit allows. (34.0, p527, Brief review)

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