Deflection of rays of light in spaceRykov A.V.
On modern notions, the substance of the Universe exists and develops in vacuum which in different concepts the various role is playing. Researches of vacuum proceed during many last decades, starting from " Dirak sea " and finishing by the inflationary theory. On the basis of a hypothesis of a nature of vacuum, the opportunity of an experimental confirmation of the vacuum theory on supervision of a deflection of rays of light by the Sun is considered.
Any theory is fair in the event that its consequences prove to be true on experience. So was with many known theories, including theory RT after Einstein. This was a duly and necessary stage in physics and is confirmed with numerous experiments. Its essential element was representation of gravitation as a curvature of space, which can be described by various metrics (geometry of space). According to a curvature of space by stars, galaxies rays of light deflected by gravitation. Astronomical observations have excellent confirmation of this geometrical concept. Artificiality ╬╥╬ till now raises the doubts, a dissatisfaction at a part of researchers. It is necessary to find a physical explanation to the observably phenomena and in general to a nature of gravitation. The author stated a hypothesis about a nature of gravitation [1]. It is based on research of electric components of vacuum structure and further it is added by a component as a magnetic continuum. In such kind the physical vacuum represents the environment of electromagnetic waves propagation; birthТs of substance at entering into it the necessary energy; the environment of formation of electron "the allowed orbits " in atoms, wave properties of particles etc.
Speed of light is not a constant in a space. It makes the basic difference of the theory of vacuum from the theories of A.Einsten. On the basis of astronomical observation and the theory of structure of vacuum [1] the following formula for dependence of speed of light on acceleration of a gravity is offered:
where: а return value of constant for thin structure of radiation, m Ц dipoleа distance of electric components of structure of vacuum,
а[m /s^{2}]  local acceleration of a gravity, _{}а Specific electric polarization of vacuum,
а Deformation polarization of vacuum.
Knowing the speed of light measured in conditions of the Earth as 2.99792458 .108 ь/ё, we shall define the speed under the formula (1) in a free space as c_{0}=2.997924580114694.10^{8} m/s. It differs from terrestrial speed of light a little bit and is defined the accuracy within 9 marks after a point. At the further specification of terrestrial speed of light there will be a change of the specified value for a free space. From the wave theory of light it is known, that the factor of refraction at transition from the environment with speed c_{0} on space with speed ёх is equal
аа The angle of falling of a beam to a normal of a surface of the Sun is equal in our case . For an estimation of value of a deflectionа of light beam of the Sun it is possible to consider two models of propagation of light.
1) Model of refraction of light at transition from "empty" half space into half space with solar acceleration of a gravity of 273,4 m / c^{2}. Naturally, this elementary model will give obviously incorrect result, namely: according to the given factor of refraction the angle is determined as
2) For more exact model it is necessary to apply a differential integral method, proceeding from function of propagation of a beam, in a field increasing up and falling down under the law 1/R2 gravitational potential of the Sun. The help has come completely unexpected from seismology. In seismology the problem of definition of a course of a beam of elastic waves in the Earth from a source (earthquake, underground nuclear explosion) on a surface and its angle of an output(exit) down to the opposite side of the Earth is solved. The angle of an output(exit) also will be that required analogy of a deflection(rejection) the Sun of a beam from a source or on the sphere including an orbit of the Earth, or at a great distance from the Sun. In seismology there is a simple formula for definition of a angle of an output(exit) of a seismic wave [2] through constant parameter of a given beam
аwhere R_{0}  radius of the Earth, а Function of speed of elastic waves depending on distance (radius from the center of the Earth), а A angle of an exit. Dimension of a constant is equal to second. We shall transform the seismological formula for space distances and speeds of light:
 mass of the Sun, R  variable radius of sphere in which center there is a Sun, determined along a beam up to a light source which beam is taking place in immediate proximity from the Sun; 2,062648.105  translation a radian of a angle into seconds.
There is a question on a constant in this formula. It can be resolved on the basis of global fundamental constants, well known to a science. The skilled value of a angle of a deflection [3] makes 1,75". On the basis of this value it is determined, that . Number _{}яш and return value of the thin structure constant are fundamental constants of our modern world. Number аis necessary for entering dimension. The ratio а It is entered for all possible masses in the universe and their radios how it is accepted in astronomy: to result all masses and there radios in solar parameters.
Speed of light is considered also fundamental value. The conclusion follows, that 1 second as the accepted unit of measurements of time can be ranked as fundamental value. Therefore it can be not shown in the formula of the constant.а Dependence of a angle of a deflection of a ray of light is given by the Sun depending on distance up to its source.
Fig.1 Dependence of a angle of a deflection of a ray of light the Sun from Distances up to a source along a line which are taking place near to the Sun.а а
Have received full conformity with the exact skilled data. Curiously, that at moving a source inside of the sphere adequate to a trajectory of the Earth, the angle of a deflection of a beam the Sun decreases under the diagram of figure. To a prediction of the given theory it is possible to relate that the ray of light on a surface of the Sun or close will deviate a source only on 1,25 ".а
Schwarzschield GR Solution: . Here а it is the Schwarzschield Radius or gravitational radius. A deflection of a ray of light ", where а The aim distance equal, for example, to radius of the Sun. аThe formula (1) gives: ". A difference is only in 5th mark.
The conclusion
1. In GR and in the theory of vacuum there are identical experimental confirmations. 2. GR is faster the geometrical theory added with the law of gravitation of Newton. 3. The theory of vacuum has in the basis only physical approach,аа which have allowed to open gravitation as polarization of vacuum at the presence of masses which influenced an attraction by structure of vacuum under laws of Faraday induction. 4. GR has exhausted itself in opportunities of development of physics, the theory of vacuum has opened an opportunity of research of vacuum as the natural space and opens the ways for progress of physics and the technologies connected to properties of vacuum.
The literature
1. Rykov A.V. Beginning's of natural physics // ╬╚╘╟ the Russian Academy of Science, 2001, p. 54 (see clause(article) of " the Beginning of natural physics ", http: // www.nt.org/tp/ns/nnf.htmа (in russian) 2. Savarenskij E.F., Kirnos D.P. Element of seismology and seismometry // ├юё.Єхї.ЄхюЁ. ╚чфрЄ, M.:, 1955, p. 543. (in russian) 3. Clifford M.Will. The Confrontation between General Relativity and Experiment // Preprint of Physical Reviewer " arXiv: grqc/0103036 v1 12 Mar 2001 ".


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