N 1 (53)

January – March

CONTENTS

2014

Cosmology and Astrophysics

Bukalov A.V.

Solution to the problem of dark energy and the energy of the vacuum in a cosmological model with superconductivity

Consideration of the formation of a superfluid system of fermions Planck mass allows to solve the problem of the cosmological constant and the vacuum energy. The obtained value of the dark energy density ρDE=6.09·10-27kg/m3 is in a good agreement with PLANK. The dynamics of formation of fermion condensate describes the process of dynamic evolution of the universe, and the cosmological time parameter is described by the function of phase transition. It is shown that black holes can also be regarded as a special form of the Planck mass fermion condensate. There are proposed the criterion of stability of such a condensate and conditions of its rapid destruction, i.e. evaporation of black holes.
Keywords: gravity, superfluid gas, fermions, evolution of the universe, dark energy, vacuum energy, black hole.

Gravity and Cosmology

Bukalov A.V.

On the possible effect of the rapid disappearance or “melting” of black holes

It is shown that in the radiation-dominated universe the black holes begin to evaporate (“to melt”), quickly pro-vided to exceeding the radiation density and plasma above the average density of a black hole: ρrBH. This process is much faster than the process of black hole evaporation by Stephen Hawking. This regime may be realized, for example, by compressing the Universe. Therefore, the compression of the Universe can not cause it to collapse into a black hole, and the Weyl conformal curvature tensor is zero at the beginning and end of the Universe's expansion. The same result is obtained in the quantum approach to the description of equalization of temperature of the black hole and the Hubble horizon of the Universe. It is shown that under the influence of relativistic plasma in a compressing Universe or under the influence high energy particle from jets of active galactic nuclei can be destructed the neutron stars also.
Keywords: compression of the Universe, cosmic background radiation, Weyl tensor, gravitational collapse, disappearance of black holes, neutron stars destruction.

Special and General Relativity

Nikolenko O.D.

On the reasons and features of the current of time in pseudoeuclidean spaces

Theoretical bases of the Temporology, connected with a substantiation of the reasons of occurrence of a phenomenon of a current of time are considered. Features of a current of time in flat pseudoeuclidean spaces are investigated. Connection of the offered approach with a problem baryon asymmetry of the Universe is shown. Possibility of existence within the limits of the offered model invisible objects which can be interpreted as clots of "a dark matter” is proved.
Keywords: temporology; time current; baryon asymmetry of the Universe; a dark matter.

Biophysics

Novichenko V.G., Shekhovtzov S.V.

Water life

Properties of water are considered from the various points of view. It is offered to apply the system approach at water studying. The structure of water and evolution of its properties are described. The water role in biological systems, influence of its structure and a composition on vital activity of live organisms are analyzed. Influence of magnetic fields on water is considered. Principles of activation of water in Zaporozhye profilactic-helth centre "Health" are described. Experimental researches show high biogene and helthing qualities of this water.
Keywords: water structure, biological physics, magnetic field, health, biological organism.

Philosophy and Science

Popov V.P., Krainjuchenko I.V.

Consciousness and space

There are considered the physical basis of the description of space and the construction of spatial relations by mental apparatus.
Keywords: space, relativity, psyche, consciousness, perception, location, movement.



 
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