If you look up to
the sky you will see a universe that has an infinite
spread and is very cold. You will also see that the
universe has created a local mass in the universe that
you are part of.
The task is to
find out how it has been done.
If you have not
put yourself into the system I use, then the understanding
basic for this section is not present.
You may read the
following link and make sure you understand the content.
I use a two
parameter system with a sliding of the temperature in
the universe's volume.
We have a sliding
of the temperature above the universe's resting point
It is not
possible to say anything about how much the temperature
sliding is above the resting point, one-thousandth or
less is acceptable, the time the processes pass over can
also be very large.
The temperature is a sliding size above 0 point.
something that we have an understanding of how this part of the
universe works and forms the basis of a classic big
This model of the
universe is the only solution I have seen to date that
can explain where the energy of the universe we know
today comes from and which can maintain the requirement
for the energy`s conservation.
You can try
yourself if you can find another solution that meets the
The sliding of
the temperature in the universe is not enough for us to
achieve a temperature velocity of c, so we need an event
that can raise the temperature.
I'm using a clash
between two part areas.
Also look at this small animation
The sliding we
have over the universe rest point , in comparison with
the size of the universe, allows two part areas to
collide, we here get a reason for raising the temperature
(speed) so that we can reach the speed of light c.
You can see yourself if you can find a better solution
structure of the resting mass, the velocity vector
points towards the center. I would assume that the
action vector associated with the particle formation in big
bang will remain in the particle.
vector points to the center, the universe is in relation
to the norm on its head. This means that the universe's
mass has a defined volume in the normal volume
of the universe.
section on mass formation, there is a sub area that
deals with what mass is physical and mathematical, read
The universe can
only create a particle (a basic particle), that is not
quite large and which is not stable in the resting
particle forms the basis for the construction of two
particles, an electron and a proton that are stable in
the resting state.
stabilization relationship between these particles has
not yet been established. You can see more in my section
on Mass Creation.