The Universe as a free space participates in the structure of matter with wave phenomena

COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA

The rational interpretation of matter as oscillations of a shared energy quantity existing as dynamic space on a picture with the limits of physical sizes

Astronomical limits calculated according to wave processes in a shared quantity. The limiting magnitudes of physical force in microscopic and astronomical dimensions

In the simplified calculations below we see that if we calculate the universe as if it were only one body with mass, then results come out again that agree with the sizes of microscopic structure of one single atom. Of course in the theory of the universe as complete and at the same time it has been explained that the total amount of energy does not exist as one body only and it is distributed as a shared quantity in equilibrium and exists as a global space. We saw the first calculations of such a correlation of shared energy as a volume of space and as a concentrated amount of matter in body volume.

The second mass M from the simple equation M(2) = F·R^2 / G·M0
when the first mass is the mean mass M0 = √(Mmin·Mpl) = h·f0 / c^2 = 2.005643 ×10^-29 kg (of the mathematical principle of an atom of matter):
1) Muni = Fpl ·λ0^2 / G ·M0 = 1.098530 ×10^57 kg = Fpl / V0
2) Muni = F0 ·λmax^2 / G ·M0 = 1.098533 ×10^57 kg = Fpl / V0
3) Runi = G ·M0 ·Muni / Fres(min) ·λmax = G ·M0 ·Muni / 1.802583 ×10^-12 = 8.155677 ×10^29 m
4) Runi = G ·M0 ·Muni / F0 ·λ0 = 8.155682 ×10^29 m
5) G ·M0 ·Muni / Runi^2 = 2.210217 ×10^-42 N = Fmin
6) G ·M0 ·Muni / λ0^2 = 1.210579 ×10^44 N = Fpl (same as h·fpl/λpl)
7) Muni = Fmin ·Runi^2 / G ·M0 = 1.098533 ×10^57 kg

Where Muni is the total mass of the Universe if it were a single body. Such a large mass along with a tiny mass of an atom of matter (ie about the average value) give results that are in accordance to the minimum and maximum limits and with sizes at average.

• In the immediately above results (1,2) we see how large the second mass is when a maximum force is introduced into the equation of the gravitational force or the force of average size in relation to an elementary atomic quantity M0.

• After (3,4) we see how much distance can separate (we would say in one dimension of the volume) the total mass Muni from the mean mass M0 which theoretically is the beginning of an atom of matter: 1) when the force between them is weak Fres(min) or mean size F0.

• We still see (in 5,6) according to the same equation how much force can connect the total Muni mass with the average mass, which is the mathematical principle of an atom of matter, when the distance is extremely large or the microscopic length in the structure of matter (average length λ0).

• At the end (7) we see that even when the atomic mass is associated with an extremely weak force at an extremely large distance, then this force according to the constant G of gravity still needs an extremely large amount of mass.

If we thought with the illusory image of a world of innumerable astronomical bodies spaced outwards from each other then we would not dare to think these simple equations about the limits of the Universe. It is difficult for a competent physicist to think in such simple mathematics about the Universe!

• If we introduce the minimum force Fmin = Emin / λmax = F0^2 / Fmax = 2.210208 ×10-42 N for the average length λ0 in the same equation M(2) = F·R^2 / G·M0 then the mass M(2) = M0.

That is: Fmin ·λ0^2 / G ·M0 = 2.005645 ×10^-29 kg.

If we introduce the restoring force F(re-max)= 4.4499407 ×10^22 N then the result is:

F(re-max)·λ0^2 / G ·M0 = 4.038056 ×10^35 kg = M(1ls), which is a mathematical limit of astronomical mass.

Where:

Fmin = 2.210218 ×10^-42 N | Fpl = 1.210586 ×10^44 N | F0 = 16.35743 Ν

• The minimum magnitude of force according to the limits* for the structure of an
atom is:

Fmin = G·Mmin^2 / λpl^2 = G·Mpl^2 / λmax^2 = G·M0^2 / λ0^2 = 2.210208
×10^-42 N

Fmin = h·fmin^2 /c = h /c·Tmax^2 = Emin / λmax = F0^2 / Fmax = 2.210208
×10^-42 N

• The maximum magnitude of force according to the limits for the structure of an
atom is:

Fpl = G·Mpl^2 / λpl^2 = c^2·c^2 /G ≈ 1.210586 ×10^44 N

Fpl = h·fpl^2 /c = h /c·Tpl^2 = h·fpl/c·Tpl = Epl / λpl ≈ 1.210586 ×10^44 N

• The average force according to the limits for the structure of an atom is:

F0 = G·Mmin·Mpl / λpl^2 = G·M0^2 / λpl^2 = G·Mpl^2 / λ0^2 = 16.35743 N

F0 = √(Fmin·Fpl) = h·fmin·fpl /λ0 = h·f0 /λ0 = E0/λ0 = 16.35743 N

*[The inertia scale derived from the physical constants is: Μmax =√(h·c/G) = 5.45624 ×10^-8 kg and Mmin = h·1Hz/c^2 = 0.73725 ×10^-50 kg]

*[The average value of energy and corresponding inertia: Ε0 = 1.802582 ×10^-12 J and M0 = 2.00564 ×10^-29 kg for M0 = √(Mmin · Mpl)]

"The two extremes on the theoretical scale of energy (≈×10^8 - ≈×10^-34 J) and corresponding force (≈×10^-42 - ≈×10^44 Ν) are not seen within the structure of an atom, yet we observe and measure the average values of these two invisible limits (Ε0 ~1.802582 ×10^-12 J, F0 ~16.3574 N, M0 ~2.00564 ×10^-29 kg). (...) The mean force towards smaller radius r < 10^-13m has an increased magnitude as nuclear while towards longer radius >10^-13m outside an atom it is attenuated and appears as e/m and as gravitational force".

The simplest calculations which are undoubtedly based almost on the average values of physical quantities and according to the constant G of the weakest force reveal a large mass, which is not a body, nor a particle within the structure of matter. But this mass is not lacking and instead the particles present themselves and have their forces with a shared and equivalent mass which is invisible. The structure of matter is connected to this simultaneous quantity at microscopic lengths after a process of lowering the maximum force and slowing down to extremely high rates. This universal force in the direction of the structure of matter has the characteristics of a nuclear and e/m force. At the same time, the building blocks (matter) have this same shared quantity on their exterior in an opposite direction as free space with a gravitational field.

The astronomical sizes >>>

|SET| ISBN 978-618-85170-1-1,

|A| ISBN 978-618-85170-2-8,

|B| ISBN 978-618-85170-3-5

More details and clarifications in the presentation under the title :

A complete and stabilized Universe seen like free space. Subtitle : The rational interpretation of matter as oscillations of energy in a shared quantity, existing as dynamic space

► INFORMATION ABOUT THE BOOKS ◄

COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA. How the natural laws and forces are applied. What they didn't think in Physics and Philosophy... in last centuries.

A rational and unified theory on time, space, matter, forces and structure of the Universe. The nature and the physical phenomena are explained by a total amount of energy (in equilibrium), which was logically identified with the free space and by rapid fluctuations of this constant energy, which were logically identified with particles and matter. The complete and stabilized Universe is appeared as a free space! The reading and printing of the treatise can be easy without graphic environment from separated files (as are the PDF). >>>►

COMPLETE UNIVERSE - DYNAMIC FREE SPACE - WAVE PHENOMENA

atom "Big Bang" in Cosmology: The cosmos present as a complete total (and constant energy quantity) that seems like a free space.

>>>► The fundamental thoughts and relations for the interpretation of nature[*] (with all individual things). The universal physical constants and the mathematic limits in the physical changes. How a multitude wave phenomena, by the oscillation of the free space with the fastest rates of nature (and with their deceleration), produce periodic motions and forces and create the building blocks of the world (matter).

A mathematical connection of the astronomical world with the microcosm

The equation √(h·fpl^2 ·c / G) gives a multiple amount of matter than the limit of Mpl=√(h·c/G) for a 1s radius of light and the multiple mass is for an astronomical amount. The equation √(h·fpl^2 ·c / G) coincides with the equations h·fpl^2 / c^2 = h·f0^2 / V0^2 = Mmin·fpl / Tpl and as we said is valuable for the interpretation of the astronomical world, even if it does not give an actual amount of concentrated matter. As the maximum inertia Mpl=√(h·c/G) was not calculated as a particle, but as a maximum inertia limit corresponding to a maximum reduction of the maximum speed c according to the initial relation Mpl/Μ = c/v. We saw how an astronomical mass limit [Μ(1ls)= √(h·fpl^2 ·c / G) = h·fpl^2 / c^2] come out according to the limits of atomic mass [(Mmin · Mmax) in square root] and we achieved a mathematical integration of the microcosm with the macrocosm. In short, the equation Μ(1ls) = √(h·fpl^2 ·c / G) is a unit of measurement for the calculation of the mass or the corresponding volume in the astronomical world and with this unit of measurement we maintain the connection of astronomical phenomena with the equation Mpl=√(h·c/G) that gives the upper limits to microscopic processes and for the structure of matter.

planet Earth The 1st publication

COMPLETE UNIVERSE AS FREE SPACE

COSMOS, MATTER & LIFE | THINKING & KNOWLEDGE

" BIG QUESTIONS " - SHORT ANSWERS - BIG SURPRISES !

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► Eventually, there was no need to look back in time and find a single source and a beginning for what followed. The world as a complete whole is the alone beginning to explain the existence of physical laws. So purely, without choosing individual elements, without we refuge in fantasies, without despair that brings the thought about an infinite progression past. All these difficulties disappear, and only one remains: how the Universe achieves to regulate the individual developments and how do applied the laws to all phenomena... so that the totality (of all things) seems incomplete and always unfinished! The answer can not be given without understanding how the physical space associated with the structural elements (as wave phenomena).