Today, I want to talk about how the earth was made including its creation, life span and how it will all end for life as we know it.
If you have not done so yet, you may want to read my
previous articles including “What is the sun?”, “A new twist on Gravity” and
“The Great space mining operation”. I will be developing on concepts I
presented there.
As I stated in my previous articles, the sun is a tiny
particle passing through the multi-dimensional fabric of space which consists
of random atoms and particles loosely bound together, magnetically attracted to
each other. As the particle passes through “outer space”, it splits it apart causing the
atoms to split and fuse together in the space surrounding it. When we look up
at the sun, we only see these nuclear reactions occurring in the space surrounding
the particle. It is occurring hundreds of millions of billions of trillions of
times squared to the power of 32 (just a wild guess). It gives the appearance
that the sun is a large mass cutting through space but in truth it is only the
“outer space” surrounding this particle that is reacting to the particle
passing through it.
As these reactions occur in the space around this particle
we call the sun, some atoms fuse together to create the elements that make up you and me and all other forms of matter. These new elements are cast into the gravitational vortex of the sun created by the space surrounding the vacuum pressing inward in an effort to come back
together with the atoms they once neighbored. This force is the force commonly
referred to as gravity.
As this newly formed particle bounces between the invisible
walls of “outer space” within the vacuum and swirls around the gravitational
vortex, other particles bind to it causing it to grow over time. This is how a planet
is formed.
Over a long period of time, possibly millions of years, this
particle collects more elements to it including carbon, oxygen, hydrogen,
helium, etc. It continues to grow into a large mass becoming what we can see to
be a planet emerging within our galaxy.
Unfortunately, this newly created planet is incapable of
sustaining life due to the extreme temperatures radiating from the sun. But the
good news is that this is only a temporary environment. It changes as this planet
falls back within the gravitational vortex of the sun a.k.a. our galaxy.
Millions of years later, this new planet will be within a
proximity of the sun that will allow an atmosphere to be formed around it
allowing newly discovered hydrogen atoms to bind with the new oxygen atoms to
form water. This water then falls to the ground onto the fertile soil of the
new planet.
Once this water soaks into the ground, new life begins to form as
the radiation of the sun passes through it creating life. In essence, matter is
nothing more than these elements binding together and projecting itself into
space/time and held into place by gravity. As the sun’s radiation passes
through these projections, it excites the atomic particles and generates an
electromagnetic force within the form causing it to spring to life.
Once this life is created, it then takes various elements
from within the environment and uses them to sustain itself. It consumes
elements and converts them into new elements. Some take oxygen and convert it
into carbon dioxide, while other life forms convert the carbon dioxide (CO2) back
to oxygen. I won’t go deep into explaining how this works. There are already
many articles on this subject are already available at the library and/or
online.
Instead, I want to continue on with the lifespan of a
planet. When I am referring to the lifespan of a planet, I am actually referring
to the period of time the planet is capable of sustaining life because the
planet will be here long after it is capable of sustaining life as we know it. It
will be similar to our neighboring dead planet we call Mars.
As time passes this planet tends to lose its place in the
galaxy as it falls back in the gravitational vortex, thus adding distance
between it and the sun. Temperatures begin to fall and certain elements that
were once abundant, bind together closer to the sun and are deposited onto the
newer planet between ours and the sun. One day all of the hydrogen and oxygen
atoms will bind together over Venus. The water will then fall onto its new
fertile ground causing various life forms to grow out of the soil and life will
begin just as it had on planet Earth, Mars, Jupiter, etc. At the same time,
Earth will become unbearably cold and freeze over just as its predecessors did
millions of years before it was big enough to be seen from a telescope on a
distant planet.
One day, someone will look through a telescope and see a new
object between our planet and the sun. This object will grow and will become
what we know today to be a planet. Within a few million years, when our planet
is no longer inhabitable by life, Venus will be the planet capable of
sustaining that same life and even perhaps new life forms we have never seen
before.
So this brings up the question “What happens to us when this
occurs?” The answer is simple; we will migrate to a warmer climate until there
is nowhere else on this planet for us to go. Then when it gets too cold on the
entire planet there will be an ice age like never before seen. The end result
will be that humans will either cease to exist or find a way to migrate to
Venus and inhabit the new planet until it too becomes a hostile environment for
our species.
That is about all I have to say on the subject. Please feel
free to comment below.
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