Research Article

Definition of form and Parameters of quantum of space of the Universe

Professor, Department of Transport Technologies, Kherson State Maritime Academy, 141, Ushakovast. 41, 73003, Kherson, Ukraine

***Corresponding author: Valentyn Alexeevich Nastasenko**, Professor, Department of Transport Technologies, Kherson State Maritime Academy, 141, Ushakovast. 41, 73003, Kherson, Ukraine, Tel: +38(050) 807-91-99, E-mail: nastasenko2004@ukr.net

**Received:** January 21, 2019 **Accepted:** January 29, 2019 **Published:** February 4, 2019

**Citation:** Nastasenko VA. Definition of form and Parameters of quantum of space of the Universe. *Int J Cosmol Astron Astrophys*. 2019;
1(2): 42-45. doi: 10.18689/ijcaa-1000111

**Copyright:** © 2019 The Author(s). This work is licensed under a Creative Commons Attribution 4.0 International License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Abstract

In this work the substantiation of form and parameters of a quantum space of the Universe is given. It is shown that solution of this problem has level of scientific discovery, since reliable information about it is unknown, except for its general characteristicsquantum it should be minimum and indivisible. This problem is traced to definition of fundamentals of material world structure and parental elements for its construction, that were earlier considered to be atoms, and then-elementary particles. However, it has not been solved full and complete till present time. Whereas, the level of development of knowledge of material world and the Universe fundamentals depends on it to a large extent, that is why its solvation is an important and highly topical problem for the development of the contemporary science. It has especially great significance for philosophy development, quantum physics, physics of elementary particles and cosmology. It is shown that presence of wave properties of elementary particles permits to connect quantum of space with wave parameters of gravitational field, which have wave frequency ν_{G} = 7.4·10^{42}Hz and wave length λ_{G} = c/ν_{G} = 4.051249|432|·10-35m. This connection creates evident physical meaning to quantum of space parameters and possibility of strict problem solvation of their numerical definition. Quantum form was also identified, on and make to as hexagonal prism, which attains tight packing of quantʼs in the Universe.

**Keywords:** Quantum of the Universe space; Elementary particles; Cosmology; Parameters of Gravitational field.

Introduction

Argumentation of quantum of space parameters of the Universe is a complicated scientific problem, as its reliable information is unknown, except for its general characteristics-quant should be minimum and indivisible. Actually, this problem is traced to definition of fundamentals of material world structure and parental elements “bricks” for its construction, that were earlier considered to be atoms, and then-elementary particles. Its solution had and still has a great significance for the majority of top-level world scientists throughout history of civilization [1]. However, it has not been solved full and complete till present time. Whereas, the level of development of knowledge of material world and the Universe fundamentals depends on it to a large extent, that is why its solution is an important and highly topical problem for the development of the contemporary science. It has especially great significance for philosophy development, quantum physics, physics of elementary particles and cosmology. Solvation of the given problem constitutes the main aim of the executed work. Strict argumentation and definition of possible real shape and parameters of quantum of the Universe space, based on the indubitable principles of physics, constitute its scientific novelty.

**Analysis of problem state, problem formulation and search of the lines of its solution**

In the framework of general principles solution of scientific-technical problems [2], two original sub problems should be outlined:

A – definition of quantum of space form;

B – definition of quantum of space parameters.

Traditional concept of form A in the shape of balls, that has a minimum diameter *D _{min}*, is unacceptable, as the quanta of space should be tightly packed, and balls leave empty space in between. A small ball with diameter

*d*, that is lesser than diameter

*D*of parental small balls, can be inscribed into this space (Figure 1). A property of initial balls to form free spaces that are much smaller than quantum of space, created by these balls, when contacting each other, contradicts the principle of quantum minimalist reaching.

_{min}Parameters B are also difficult to be defined as the quantum of space should be the minimal possible value in the Universe, and its limits. These limits and the possibility of these limits existence itself have not been well grounded. It is explained by suggested by philosophers a hypothesis in the
20^{th} century about the infinite reduction opportunities of material world objects in the frameworks of inexhaustibility of structure electron [3].

Thus, the absence of known, or alike input information and its transformation rules into the ultimate one, converts this task in hand to the 5^{th} level of complexity, connected with scientific discoveries [2, 4]. Procedures of search of such kind of solutions are indistinct and undetermined, thus they hardly yield to formal characterization. However, a total absence of rules and information for scientific discoveries finding do not exist as the main starting point is consilience of this search to known laws of nature, logicality of scientific knowledge development from simple to complicated, and also fundamentals of material world structure.

Analysis of known solutions

In a piece of work performed earlier [5] which is little known, provision has been made to the conclusion that the tight packing of not compressible and indivisible quantum particles is contributed by the elementary scheme, shown in (Figure 2). On the ground of thermodynamics conditions, connected with minimization of heat transfer, formation of tightly packed structure makes the most sense in the shape of regular hexagonal prisms, for which a central quantum is identical to the rest of quantʼs.

However, form of hexagonal quanta of space, shown in figure 2, leads to binding of minimum length λ_{G} to circumference diameter *D _{min}*, inscribed of a hexaeder. In this connection, a contradiction emerges, as with the diameter

*D*of the inscribed circumference the sizes λ

_{min}_{G6}of hexagonal lateral faces do not quantize (2) that follows from functional connection (1):

Hexagonal structure, shown in figure 3, whose minimal size λ_{G} is connected with lateral face, and its value is strictly quantized with the diameter *D _{min}*. of inscribed circumference in a hexaeder, lets to remove the stated defects:

The further move of problem solving of tight packing of quanta of the Universe space has shown that replacing of quanta of space of ball shape form by quanta of cubi form contributes it in the simplest way. However, the square in its base doesnʼt comply with the minimal principle, as the simplest form is a triangle, which with the form of quarks connected. Thus, cube should be substituted by a straight-sided trihedral prism that is accepted as parental constituent element of quantum of the Universe space (hereinafter referred to as elementary, or the simplest quantum).

Circular grouping of 6 such kind of prisms, contiguous to each other by lateral faces with common central axes, forms complete quantum of space of the Universe in the shape of hexagonal prism (hereinafter referred to as cyclic quantum). Gravitational radius binds constituent elementary quanta into a circular quantum. Altitude of prisms is also equal to quantum value λ_{G}. In the frameworks of found solution, quantum of space of the Universe is as follows (Figure 4).

In previous work [5] at this stage problem A considered as settled.

When solving problem B, in previous work [5] used Planckʼs values: long *l _{p}*
(3), time

*t*(4) and mass

_{p}*m*(5), which are derived from dependency from given in work [6]:

_{p}Magnitude and accuracy of parameters *G, c, h* is recommended CODATA [7].

In previous work [5] at this stage problem B considered as settled.

However, M. Planck found parameters *l _{p}*
,

*t*,

_{p}*m*strictly mathematically, wishing to obtain on the basis of constants

_{p}*G, c, h*, values with dimensions meter (m), second (s), kilogram (kg), which have not real analogies in the University. That is why Planckʼs parameters (3)..(5) make no physical sense, and also contradict harmony of masses and size that have developed in the material world. For example, comparing them with the dimensions and mass characteristics of an electron gives mutually opposite discrepancies: in size – Planckʼs length

*l*= 4.05128×10

_{p}^{-35}m, they are 10

^{20}times smaller classical electron radius

*r*= 2.8179409×10

_{e}^{-15}m; however Planckʼs mass

*m*= 5.45560×10

_{p}^{-8}kg- they are 10

^{23}times bigger electron rest mass

*m*= 9.1093897×10

_{e}^{-31}kg.

Analysis of the found parameters of elementary quanta and circular quantum of space has shown that they require more precise definition, that is performed in the given work.

**Argumentation of the new parameters of quantum of space of the Universe**

The difference of this work is used the authorʼs earlier scientific discovery [8, 9] was considered – the strict definition of the gravitational field waves frequency ν_{G}→ 7.4·10^{42} Hz (itʼs constant Nastasenko). Connection of further found quantum parameters with a gravitational field gives them pure physical meaning and makes alleviate the problem solvation of their numerical definition, as value ν_{G} is proved by functional connection (6). That strictly follows from found in the pieces of works [8, 9] physical functional connection (7) for the definition of gravitational constant:

On the grounds of the found frequency (6) and known earlier wave laws [6], a wavelength of gravitational field λ_{G} can be defined (8):

Value λ_{G} is confirmed with the numerical value of Planckʼs length *l _{p}*
, yet, unlike it, the wavelength λ

_{G}has aexplicit physical sense [10].

There are no stable bounding planes at hand in elementary and circular quanta of space, as motion along them is impossible, and ribs, motion along which is possible, in the framework of Heisenberg uncertainty principle [11] have blurred configurations (spot),interpenetrating each other. The mutual penetration of such edges into each other provides a solid connection of quanta.

Taking into consideration the fact that in Quantum Mechanics a wave structure (photon) has also a structure of elementary particle [11], thus parameter λ_{G} characterizes also sizes of an elementary particle, to which a hypothetical graviton [11] can be referred. Given that the gravitational field constitutes the basis of the Universe, and in the contemporary science the outer parameters object, which are lesser than value λ_{G}, are not proved by strict physical laws(except for a gravitational radius, which refers to the inner parameters object)that is why λ_{G} characterizes a minimal possible size. That lets to bind it with minimal quanta of space of the Universe. And until new strict physical laws of the same level of significance as, (6)…(8), are found, which will provide the lesser numerical meaning of length, than value λ_{G} (8), mainly it should be considered the minimally possible quantum physical size in the material world of the whole Universe.

Transition from 6 elementary quanta to the circular quantum of hexagonal shape goes indirectly with connection between Planckʼs constant *h* and circular Planckʼs constant ћ(9), which are connected by number 2π:

This shows their role, though it is undefined, which of these constants ћ or *h* should be named circular.

Conclusion

1. Parameters of all minimal quanta of space in the Universe are received by way of logical reasoning on the grounds of common principles of the material world structuring and scientific knowledge development from simple to the complicated, which do not contradict to the known laws of nature.

2. Minimal sizes of quantum of space are connected with wavelength λ_{G} of the gravitational field, having the frequency ν_{G} = 7.4·10^{42} s^{-1} (constant Nastasenko):

3. The connection of quanta of Universe space with wave parameters of the gravitational field is shown for the first time.

4. The condition of form minimization complies with elementary quanta in the shape of prisms with regular triangle basis and ribs length λ_{G}, which highlights their connection with quarks.

5. Circular grouping of 6 such kind elementary quanta in the shape, have of prisms form, contiguous to each other by lateral faces with universal central axes, forms complete quantum of space of the Universe in the shape of hexagonal prism its cyclic quantum space of University.

6. Quantum leap in elementary and circular quanta is possible along ribs only, and is impossible along diagonals in square and altitudes of triangle faces, because quant do not have stable limiting faces.

7. Ribs in quanta of space, in the frameworks of Heisenberg uncertainty principle, have blurred configurations (spot), interpenetrating each other for.

References

- Nastasenko VA. Possibility of Refining the Gravitational Constant and Solving the Task of Integrating the Gravitational and Electromagnetic Fields.
*Journal of Astrophysics & Aerospace Technology*. 2018; 6(1): 155. doi: 10.4172/2329-6542.1000155 - Nastasenko VA. Union of gravitational and electromagnetic fields on the basis of nontraditional principles.
*ECIJ*. 2017; 6(3-4): 19-30.