Before we understand the dynamic Earth we should
have a look at the dynamic universe. The universe has a very special
geometrical nature that we explain on the base of most common geometrical
nature of different celestial bodies. There are many geometrical shapes that we
can see in our surrounding from our home planet Earth to universe. These
natural shapes are spiral, helical, sphere, ellipsoid, hyperboloid, wave etc. The
most common geometrical shape of moons, planets and stars is an oblate (a
special case of ellipsoid geometry). There are many mathematical properties of
this oblate geometry that we here use in explaining nature of dynamic universe.
The universe is made of
dark matter and dark energy that is not randomly
spread in universe and it is distributed or arranged in some geometrical
pattern shape. How it is distributed we can take examples of distribution of
matter in different celestial bodies. We start this distribution of matter with
our home planet the Earth.
Geometrically if we note our solar system
different objects all have oblate shape and the Earth shape affect distribution
of matter. The entire system of Earth is affected by its such oblate shape and
here we have first the distribution of atomics and non atomic in the Earth in
concentric layers structure that we have shown in figure 1. This figure indicate how
matter of the Earth arranged from its centre to last in a very systematically
in a spherical shape.
In same pattern the
matter is arranged or distributed in some concentric spherical layered
structure in other planets and moons. Similarly as shown in figure 2 in the Sun
and all other star matter is distributed in concentric spherical layered
structure. Now the shape
of the Earth, rocky planets, some moons, gas giants,
sun and star is an oblate.
So actually the distribution of matter is not in
concentric spherical layers but the matter in all these celestial bodies is
distributed in confocal layers of matter. It means matter is distributed in
confocal oblate shape not in concentric spherical. Now this oblate shape has
some mathematical
properties.
According
to the mathematical properties of an oblate spheroid there is a hyperboloid
with each one of oblate. With so many oblate confocal layers there are attached
with each and every one oblate layer a one hyperboloid. So there are confocal hyperboloids
with confocal oblate spheroids. This confocal oblate spheroids is actual
distribution of matter in layered form in every celestial bodies.
Here we clear the
cause of oblate shape is not rotation of a celestial object. We cannot apply
example of rotating spherical shaped body in gravitation field of the Earth
that change in oblate shape. For understanding the actual cause of an oblate
shape we have different logic. For this we should understand basic mathematical properties of an oblate and note also geometrical
nature of celestial bodies in universe.
In the same way the dark matter and dark energy
in universe not distributed in random structure or not arranged randomly but in
systematic concentric layered form just similar to matter distributed in the
moons, planets, stars and in other celestial bodies. Because the shape of
moons, planets, stars and in all other celestial bodies is oblate so shape of
universe should be also an oblate not a sphere. Again as mathematical
properties of an oblate there are confocal hyperboloids with each and every one
confocal oblate. So the dark matter and dark energy
actually distributed or arranged in confocal oblate spheroids geometrical
structure in the universe.
Now this oblate
geometrical shape of celestial bodies does not remain constant always but it
change with time and all moons, planets and stars have variable oblateness.
There is variation in oblate shape with time and here according to us this is
variable in confocal oblate spheroids not merely in oblate shape.
It clearly means that the oblate shape of universe
also does not remain constant and the universe has also variable oblateness.
Because matter in all celestial bodies and universe arranged or distributed in
confocal oblate spheroids geometrical structure so all of these have variable
confocal oblate spheroids geometrical structure. And on the base of variable
oblateness of all moons, planets and stars the universe has also confocal
oblatness. In figure 7 how this confocal oblate vary and what is role of oblate
and hyperboloids in this variation that we have shown in these figures we
have analysed the variable confocal oblate spheroids geometry.
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