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Jan 11, 2018Open    AccessArticle

Quantum Physical Systems and Their Evolution

Malkhaz Mumladze
In this article, we proposed a method for describing the evolution of quantum physical systems. We define the action integral on the functional space and the entropy of distribution of observable values on the set of quantum states. Dynamic of quantum system in this article is described as dynamical system represented by one parametric semi group which is extremal of this action integral. Evol
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Dec 25, 2017Open    AccessArticle

Dark Matter, a Direct Detection

Stéphane Le Corre
In a previous paper, we demonstrated that the linearized general relativity could explain dark matter (the rotation speed of galaxies, the rotation speed of dwarf satellite galaxies, the movement in a plane of dwarf satellite galaxies, the decreasing quantity of dark matter with the distance to the center of galaxies’ cluster, the expected quantity of dark matter inside galaxies and the expected experimental values of parameters Ω
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Nov 24, 2017Open    AccessArticle

Entrainment of Luminiferous Medium with Massive Solids

Alexander I. Korolev
Experiments on searching the space flows of luminiferous medium through Sagnac interferometer have been conducted. To do this, in one of the interferometer arms the inhomogeneity has been introduced in the form of a transparent tube with distilled water. The difference in speeds of the interferometer was registered in relation to the medium when changing the tube orientation from S-N to W-E: By sh
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Nov 22, 2017Open    AccessArticle

Bi-Stable Spiral Waves: Stepped Spiral Waves

Jian Gao, Qun Wang, Huaping Lv
A new type of bi-stable spiral waves called “stepped spiral waves”, is investigated in this study in an oscillatory medium exhibiting period-doubling bifurcations. Prior to the period-doubling bifurcation of this system, the stepped spiral waves are produced by an unwanted phase trajectory event; the loss of symmetry takes the form of synchronization defect lines, where the trajectory in the l
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Sep 11, 2017Open    AccessArticle

Dark Matter without New Matter Is Compliant with General Relativity

Stéphane Le Corre
A recent publication revealed unexpected observations about dark matter. In particular, the observed baryonic mass should probably be sufficient to explain the observed rotation curves (i.e. without dark matter) and their observations gave an empirical relation for weak accelerations. This present work demonstrated that the equations of general relativity allow
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Jul 27, 2017Open    AccessArticle

Solution of Nuclear Electrodynamics Equations Taking into Account β-Charged Eradiation

V. Yu. Tertychny-Dauri
The study of own fields and charged particles motion and also charged fission splinters of a heavy nucleuses into nonrelativistic approximation is the subject of this article research. The main efforts are concentrated in quest of charged share components by the radioactive β-disintegration. The corresponding field equations and equations of motion in the nuclear electrodynamics processes are obtained and their
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Jun 20, 2017Open    AccessArticle

On the Extension of the Baryonic Tully-Fisher Relation to Galaxy Clusters and Super Massive-Cosmic Systems

Barbaro Quintero-Leyva
The Baryonic Tully-Fisher relation was extended to clusters hypothesizing that a0, the characteristic acceleration of the Modified Newtonian Dynamics (MOND), depends on the mass of the system. Circular speeds were calculated for systems with mass up to 1021 M
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May 11, 2017Open    AccessArticle

Electronic Properties of NbSe2 over Graphene: A Meticulous Theoretical Analysis

Donald Homero Galvan, Joel Antúnez-García, Sergio Fuentes Moyado
This investigation deals with a consensus electronic property analyses, for NbSe2 over graphene using Density Functional Theory. Depending on how you construct your initial system under investigation, either starting with Armchair, Chiral or Zig-zag for a graphene layer, final different results for the electronic properties should be anticipated. It is critical to take in considerat
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Apr 26, 2017Open    AccessArticle

On the Characteristic Acceleration of MOND

Barbaro Quintero-Leyva
The impact of the geometry on the gravitational force field and the impact of the mass beyond the test particle location were assessed in the rotation curve calculation of a hypothetical thin disk galaxy using Newtonian and Mondian dynamics. An effective equation for the characteristic acceleration of MOND was obtained based on the Mestel’s finite disk by normalizing the line mass density to the total mass of the galaxy and
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Apr 12, 2017Open    AccessArticle

Flat Directions and Leptogenesis in a “New” uv SSM

Marcos Cardoso Rodriguez, Ion Vasile Vancea
In this paper, we give a brief review of the Minimal Supersymmetric Standard Model (MSSM) and “ u from v” Supersymmetric Standard Model ( uv SSM). Then we propose a generalization of uv SSM in order to exp
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