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Welcome to my homepage, developing the classic head physics
Classic Big Bang

This section is a continuation of the Universe.

To find a lot of energy,
the missing parameter (rectilinear velocity) must be found in the basic structure of the Universe.

When we look closer at it
then only Brown's and Kelvin's observations point to anything fundamental in the structure of the Universe.

Brown and Kelvin show the way
to the absolute 0 point (0 K), but gives no explanation of what the 0 point is for a size and why it exists.

The universe does nothing without it being of any significance and we lack a velocity parameter for our energy calculation of mass.

Apart from brown, Kelvin's observations, there is no other known information about the Universe's 0 point, nor is anything likely to emerge from observing the universe.

It is therefore necessary to create the remaining part
of the Universe's 0 point function in the Universe as a technical composition.

Kelvin has chosen the temperature system (kelvin scale K.). Temperatures are a widely used and simple way to determine the thermal state of a molecule.
Temperatures are not one of the basic parameters of the Universe, they are velocity.

You cannot consume energy,
but only move the energy from one state to another if you have some energy that can be pushed into the process, in this case it is the balance point of the Universe ..

The universe apparently has a resting point at 0 K. as shown here:
The universe has difficulty keeping its balance at its 0 point, the displacement creates an energy amount in the universe's volume as shown here (b34).

The universe it self creates the staggered energy that it uses to create its own mass
but the energy is on loan and the Universe will sooner or later take it back again.
The 1st law of thermodynamics says that the inner energy of an isolated system is constant, this also applies to the whole universe.

The universe is trying to slow the displacement,

above the zero point to maintain balance, it does so by increasing the resistance, that is, the resistance increases with the magnitude of the displacement.
I show a clash between two areas.........
The span forms a velocity of 0 point and an energy quantity is formed in the displaced volume:

................................. mKinetic  = V * v2

The slippage we have in the universe is not enough
so we can get a speed of  c2.
We therefore need an event that can raise the temperature.

Here I show a clash between two areas.


Also look at this small animation


The displacement we have above the resting point of the universe, compared to the size of the universe, makes it possible that two parts of areas collide, we are given here a reason for increasing the velocity so that we can reach c2.

We have that the total classic Big Bang consists of two parts:
a technical determination of the zero point of the universe and a classic incident of the Big Bang.
The universe itself creates its mass.


Big Bang's particle structure:

I show here an easy review of the evolution of the particles of the universe.
A more in-depth review of particles can be found in my section, Mass Formation.

The universe can only in the classic Big Bang create an active particle, everything else is combinatorial compositions of this particle, it is not very large that goes approx. 2 million particles on a proton. In the free state, it is stable at the speed of light and is simular with gamma radiation.

It is the bonding composition of these particles that forms the stable particles at rest that we know from everyday "protons and electrons".
I have given it the name, a base particle.

When the BIG Bang cloud goes from kinetic state to quiescent state, base particles form at the speed of light.

The Big Bang incident itself has long since disappeared, but the remains are still found, including in the nucleus of the atom.


The center bond of the neutron is 0. The base nuclei are divided into blocks the size of the neutron.
Then the known neutron decay occurs.
The expansion is created by the gamma radiation.

That is, the dark matter in the universe consists of protons and electrons.
With the amounts of mass, there will always be a small imbalance, which causes the mass to clump together and eventually form some galaxies.

The galaxies absorb some of the energy of expansion and become spiral galaxies. It is therefore not certain that the Big Bang mass of the universe will continue to expand.

The mass attraction of galaxies will pull the mass towards the center and over time we get so much mass gathered in one place that gravity is equal to c2. Then we atoms dissolve and form the primordial mass of the universe which is also called a black hole.

There has been a lot of speculation and mystery surrounding black holes that I would like to elaborate on a little more.

A black hole consists of a nucleus equal to the primordial mass of the universe and a gravitational mantle which compresses the atoms so that the density is c2, which is equal to the center pressure of the atomic nucleus, thereby abolishing the bond structure and dissolving the atomic nuclei.

Some people think that when the atoms enter the black hole they disappear, it is completely wrong and it is contrary to the basic concept of energy conservation (energy can not disappear but is only transformed from one state to another).

There are two main types of galactic jets, one originating from the mantle and the other from the core of the black hole.

As a black hole grows in size, it also becomes more unstable. If another large mass collides with it, that customer will cause an imbalance in the mantle which can cause the core to break through the mantle and galactic jet to be created.

That type of jet is special because it is similar to a mini BIG Bang,
The actual formation process takes only a few micro seconds and cannot be observed.
It has the same elements as the universe's original BIG Bang mass, protons and electrons and I am expected that some of the mantle is torn off and is at the outer edge of the jet.

One can say about the black holes of the universe that it converts old atomic nuclei into new hydrogen nuclei.

It may annoy me that one has not made more out of this type of observations, but it is probably because one has not understood the significance of that type of processes.

The Universe.

Classic big bang.

Mass formation.

Atom structure.

Atom binding.

Molecular binding.

Particle radiation

Magnetic fields.

Mass attraction.


Micro physics


Sidst opdateret : 1 May 2021
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