TITLE:
The Novel Interaction Model of Dark Energy and Dark Matter
AUTHORS:
Dezhi Hu
KEYWORDS:
Planck Scale, Dark Matter, Dark Energy, Inflationary Universe
JOURNAL NAME:
Journal of Modern Physics,
Vol.6 No.2,
February
10,
2015
ABSTRACT: The paper introduces Planck scale into the Newtonian law of gravity for
the model simplification. The terms of Newtonian gravitational force can be
separated into two parts, namely Dark Matter and Dark Energy respectively. They
are inverse relation to the distance. In the very early Universe, the novel
model gives the sum “attractive force” of all matters in the cosmos. It
indicates that Inflationary Universe firstly and then Universe expands slowly
on condition that the accelerated velocity is slowing down for ever. In the
galaxy scale, the paper gets the local “attractive force” of different galaxies
by using the novel interaction model. It shows the intercommunity property in
the formation process of different galaxies, where the matter suppresses
firstly, sharp inflates secondly, slowly expands finally. Otherwise, the novel interaction
model solves the problem about the flat rotation curves of galaxy by considering
the change of the mass ratio of Dark Energy and Dark Matter. All results of
simulation show that the core of our Universe is hollow now.