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

If you have not familiarized yourself with the system I am using then the understanding of this section is not present.

This section is a continuation of the Universe section.
We should look more closely at the temperature of the universe sliding and resting point.

The temperature is a sliding size above 0 points.

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We have a sliding of the temperature above the thermal resting point of the universe, which means that the universe can sustain the conservation of energy.
If the temperature can slip freely over the resting point, it will cause the universe to go into chaos.The universe therefore offers an increasing resistance to the displacement in the volume of the universe, which here too is consistent with the conservation of energy.

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There are two types in this development step:

.................................................. .... Speed (kinetic energy)

.................................................. .... Resting speed (mass of attraction)

It is not possible to say how much big the temperature sliding is, but it is probably common over large areas.

The sliding we have of the temperature in the universe is not enough for us to achieve a temperature velocity of c2, so we must use an event that can raise the temperature.
Here I show a clash between two part areas.

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Also look at this small animation

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The sliding we have over the resting point of the universe, compared with the size of the universe, makes it possible that two parts collide, we get here a reason to raise the temperature (speed) so we can get up to c2.

In building the resting mass, the speed vector points to the center. That is, the action vector associated with particle formation in the big bang remains in the particle.
Because the vector points to the center, the universe is in relation to the normal on the head. This means that the mass of the universe has a limited volume in the normal volume of the universe.


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The universe can only create a particle (a base particle) that is not quite large and which is not stable at rest.
The base particle forms the basis for the build-up of two particles, an Elektron and a proton, which are stable at rest.
The mathematical stabilization relationship between these particles has not yet been determined.

The Universe.

Classic big bang.

Mass formation.

Atom structure.

Atom binding.

Molecular binding.

Particle radiation

Magnetic fields.

Mass attraction.

Conclusion.

Micro physics

 


Ultima update : 01 march 2019
Email : info@jwhdk.eu