N 2 (58) 
April – June

2015 
Cosmos and Biosphere
Kaznacheev V.P.
Human problem
The problems of preservation of the biosphere and the health of the nation in a global historical change are considered. The role of the study of the phenomenon of living matter and the biosphere, their interaction with the cosmos are emphasized.
Keywords: biosphere, health, noosphere, evolution, Kozyrev mirrors, biochemistry.
Kaznacheev V.P.
The epoch technocracy is over. What's next?
There are considered the problems of modern research on the effects of space on the biosphere. New approaches in the study of environmental and cosmoplanet problems are described.
Keywords: cosmos, biosphere, noosphere, ecology, biophysics.
Physics of Elementary Particles
Bukalov A.V.
The masses of elementary particles and superconductivity. Part 1
The cosmological theory with superconductivity makes it possible to obtain the values of the masses of elementary particles that are not available in the standard model. There are obtained the formulas and values of the mass of the electron, μlepton, τlepton, π^{±} and π^{0}meson, proton, neutron, tquark, the vacuum expectation of the Higgs field, the gluon field and quantum energy of dark matter, the Higgs boson.
Keywords: cosmology, superconductivity, electron mass, proton mass, πmeson mass, tquark mass, Higgs boson mass.
Gravity and Cosmology
Bukalov A.V.
Action, phase, entropy and information of cosmic horizons and the law of conservation of information in black holes
It is shown that the entropy of the black hole horizon or Hubble Space horizon is equivalent to the amount of action, or phase, which characterizes the gravity condensate, and expressed as the number of Planck cells. Thus for the black hole the action is equal to the action of the collapsed matter. This makes it possible to formulate the Schrodinger equations for the horizon and leads to the law of conservation of action, and, consequently, the information in black holes.
Keywords: black hole, cosmic horizon, entropy, information, phase, Schrodinger equations.
Bukalov A.V.
On the dual quantum mechanics
From the condition of equality of the energyimpulse and the spacetime description of entropy, or actions on the horizons of black holes or the Hubble horizon, follows a generalization of the symmetry of the impulse and the coordinate representation in the quantum mechanics. It is proposed a model of the dual quantum mechanics, which deals with the spacetime quanta and wavelengths similar to de Broglie waves, but in the energymomentum space. It is shown that in the framework of the dual quantum mechanics the observable Universe can be viewed as a system of spacetime quanta or wave packets, interfering in the energyimpulse space.
Keywords: black hole, entropy, phase, quantum mechanics, cosmic horizon.
Pronyaev V.V.
To the questions of mathematical realization of the condition of the substance previous Big Bang
On the base of two areas of mathematics: typological studies of Landau singularities and the canonical perturbation theory it is constructed a model statement for further study of questions related to the concept of the Big Bang. The mathematical description of the state prior to the Big Bang is proposed. The problems for further research are formulated.
Keywords: Big Bang, Landau variety, striations, pinch, Hamiltonian, stability time, a sphere, sphere, deduction radius, imaginary time.
Shkavro Z.N.
Researches of the comet 67P ChuryumovGerasimenko (by ESA) and the phenomenon of the origin of life
It is presented some information about the comet ChuryumovGerasimenko: the presence on it of ice, nitrogen, presumably organic molecules (in spite of the very low temperature). It is noted the astrobiologists opinion that the information about the comet can be a basis for the development of ideas about the early stages of the formation of our solar system. On the basis of experimental researches it is discussed in principle the possibility of selfformation of inorganic polymeric structures and simply membrane as a precursor of a living cell origin.
Keywords: comet, water, hydrogen bonds, polymeric structure.
Physical chemistry
Drozdov A.M., Makarenya A.A., Zhokhov A.L.
Construction of the theory of the evolution of the periodic table of chemical elements
Quantummechanical theory explained the reason for the periodicity in the structure of atoms of chemical elements and found a correlation between place of element, group and period in quantum numbers. But this theory has not found such correlation for the largest known structural units of the system  the dyad. In this research, such a correlation is found based on the proposed theory of the evolution of the periodic system. The theory is constructed by statistical processing of the data of the physical properties of elements and power of periods and dyads in the periodic system. The result of the statistics obtained as a sample of the larger structure of the periodic system, called metaperiod. It is possible to calculate the upper limit of the periodic system, to build its complete form and implement quantitative forecast values of the physical properties of elements 711 periods.
Keywords: chemical elements, Mendeleev periodic table.
Electrodynamics
Balyberdin V.V., Surdu N.V., Nechaev A.V.
On the electrosorption effect of charge accumulation of the Earth's radiation in intake storage devices
Experimentally studied previously unknown phenomenon of increasing the intake charge from the pyramids with the increase of electric capacity external storage. During the research were used  the assembly of electrolytic capacitors, ionistor, nickelcadmium battery. The results allow to increase the energy efficiency of the pyramids using terrestrial radiation flows, for practical purposes. The observed phenomenon we characterize as electrosorption effect.
Keywords: charge, capacity, electrosorption effect.
Philosophy and Science
Popov V.P., Krajnjuchenko I.V.
Subjective factors in the evaluation of new facts and theories
There are described the subjective factors influencing consciousness of the scientist at the estimation of the experimental facts and new theories. It is shown that the account of these factors allows to lower probability of an error by working out of new scientific theories and technological processes.
Keywords: mentality, subconsciousness, belief, creativity, paradigm, theory.