Dark énergy (annex 3)

The first part of my version of dark énergy is give by this web
address:

The second part(that is the annex 2) of this version is for show that energy for
all contributions of contracrion zone is really enoug to

explain the Universe expansion,this part is give by
this web address:

a
important phénoménous in nature is the variation of the following
ratio:

(sphere'area)/(sphere'volume) = 3/R where R
is the ray of the sphere,then this ratio variation is as 1/R .

The pressure at the exit is then increased
as 1/(1/R) or R , as the strengh and
accélération at the exit as the same variation et for this

we can found the mathématical équation for the dark
énergy accélération.

If dea is the accélération because the dark énergy and if ga is
gravitational accélération and if Rcritical is the critical ray
where

dea is équal to ga then about to
Rcritical:

dea = (constant)(Rcritical) = GM/(Rcritical)^2 = ga

(constant) =GM/(Rcritical)^3

then dea = [GM/(Rcritical)^3](R)

We can then know the
accélération total, and if Atotal is the accélération total
then:

Atotal = dea -
ga

Atotal =
[GM/(Rcritical)^3](R) - GM/R^2

If R is
more little that Rcritical then Atotal is négative and the total accélération is
toward the center of the cluster of galaxy,

but if R is more great that Rcritical, Atotal is
positive and the total accélération is toward the exit of the cluster of
galaxy.

Try R for
particular value:

if
R = 2 Rcritical then dea/ga =8

if R =
(Rcritical)/2 then ga/dea = 8

But the précise value is next Rcritical and
for R much more great that Rcritical the sum of contribution of all contraction
zone(cluster of galaxy) can

anayway help for précise value and for this
the Hubble'constant is a good indication.

The more important is that
équation help us for a général idéa.