The Big Bang might be a hole in Dark Energy:

How to calculate the density of the Universe as it would be at a radius of one centimeter large occurred in the inflation phase of Big-Bang within Landau-Lifshitz metric spaceFriedmann-Lemaître-Robertson-Walker, i.e.,

FLRW metric space can be transformed into Landau-Lifshitz

3-D Moebius strip by the replacement of radius

in the form of

as this replacement is related to Landau and Lifshitz, p. 336, Chapter 12, Cosmological Problems, Pergamon Press. Denoting

by

, and additionally replacing

, then the resulting replacement transforms

FLRW into:

,

(1) where

,

,

, and

have a radius of curvature of the universe, may be around

.

The Universe balance equation in space

(1) (similar to topological "closure operators''---known mathematical nomenclature) is given as:

,

(2) , where the replacement

transforms

(1) form back into

FLRW metric space. In the current phase of the Universe

,

and

.

For the observer on Earth (the speed of light

) the light reaches the observer according to recent measurements of Planck Mission in about

billion years after Big-Bang, i.e.,

BB in short. This means that the light interval in centimeters starting from

BB is equal to:

.

At current state in

(1) the solution of the closure operator of the equation

(2) gives the result

with regard to the visible matter in current or whatever form the visible matter was at the

BB moment

.

The replacement

expands the distance

from

.

In accord with the observer in

FLRW metric the

solution of

(2) in metric

(1) expands from

.

What matters is not the rod measure definition of the latter distance but the numerical value itself. If we now divide the above distance

by the calculated light interval

to the observer, we get the

FLRW undefined rod for one centimeter as

.

Working around, we can go back to Landau-Lifshitz space

(1) system

using the replacement

.

In undefined rods the result yields to

.

Finally, with regards to the emergence of the

BB explosion we can speculate about the Universe density within a radius of one centimeter using the balance of the equation

(2):

,

which would allegedly represent the matter density of the universe at the

BB moment

greater than the critical density

by factor of

times;

is the matter density when there is only one root resolving the equation

(2), we look at

as critical by analogy with

LCDM model.

This latter factor

is a relative measure independent of the density in

FLRW metric, or its distance,

that allegedly was possible to determine by roots resolving

(2) as a closure of topology

(1). It is well known that Friedmann equation solution suggests the Universe critical density in the vicinity of

. So, our result contradicts Einstein's equations solution in

GR theory because the Einstein's solution should be in accordance with the singularity of density approaching

at the time

in

LCMD model.

In view of our speculation of matter density, it is conceivable that the

BB matter in inflation

phase would be in the form of

plasma inception soup .

Thus, we can say that, in contrary with the conventional concept of

BB, the

BB is not a swelling bubble but a hole in Dark Energy, which first began to be filled by matter with incredible speed,

and then it continues even now to be filled with matter by transforming the Dark Energy into matter. Stars and galaxies appeared later as a result of gravitational forces.