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Sep 11, 2017Open AccessArticle
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 ...
Jul 27, 2017Open AccessArticle
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 ...
Jun 20, 2017Open AccessArticle
The Baryonic TullyFisher
relation was extended to clusters hypothesizing that a_{0}, 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 10^{21} M ...
May 11, 2017Open AccessArticle
This investigation deals with
a consensus electronic property analyses, for NbSe_{2} over graphene
using Density Functional Theory. Depending on how you construct your initial
system under investigation, either starting with Armchair, Chiral or Zigzag
for a graphene layer, final different results for the electronic properties
should be anticipated. It is critical to take in considerat ...
Apr 26, 2017Open AccessArticle
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 ...
Apr 12, 2017Open AccessArticle
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 ...
Mar 06, 2017Open AccessArticle
The paper concerns certain consequences of discrete time hypothesis including physical regularities of a particle representation in the form of a flow of elementary events. In the context of the proposed formal description, particle observability has been determined; dependence of observability on a particle energy value has been shown. In terms of the proposed approach, a statistical rationale was given to the relative amount of ...
Feb 21, 2017Open AccessArticle
After a historical reconstruction of the main
Boltzmann’s ideas on mechanical statistics, a discrete version of Boltzmann’s
Htheorem is proved, by using basic concepts of information theory. Namely, Htheorem follows from the central limit theorem, acting inside a closed physical
system, and from the maximum entropy law for normal probability distributions,
which is a consequence of KullbackLeibler entropic divergence positivity ...
Jan 12, 2017Open AccessArticle
It has recently been postulated that protons are
accelerated up to energies of from nearby
Seyfert galaxies which harbor Kerr holes in the center of their hosts. Here, we
point out that the relativistic force equation of protons is governed by the
Lorentz force when using the postNewtonian approximation. The synchroton
emission from nonthermal relativistic protons has to be ruled out. We carefully
discuss the ...
Oct 19, 2016Open AccessArticle
The classical concept of
entropy is shown not to reflect the essence of the second law of thermodynamics
both phenomenologically and theoretically. A new concept of entropy S_{n}, is given, which offers a particular physical meaning of entropy and
provides an experimental determination of the entropy value. At the same tim ...
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