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Welcome to my homepage, developing the classic main physics
Mass formation

If you have not put yourself into what micro physics is, then understanding the basis for this section is not present.
You may read the following link and ensure you understand the contents.
Universe, Classic big bang and Micro physics

Main Formulas

The model of the universe I use consists of two parameters, therefore consists the mathematical structure also of two parameters. look here

The energy is measured in kg = m
3 * v 2 .

where v
2 (speed) 2 = the temperature drop at the absolute 0 point.
The volume V is the strength parameter and is measured in m

The amount of energy therefore has two unknowns which can vary.
The standard form of rest mass is m
x = V x * c2.
The conversion formula for joule is c2.
E = mx * c
2 for the mass resting energy.
Note that the conversion parameter in the stationary and the kinetic formula is the same, and have reference to the unit joule.

An interesting case in the kinetic energy formula is that faktor order has no importance for the product but is important for the physical understanding of the formula.

In formula F1.4 kinetic energy there is a halving factor which is bound to the product which is action and reaction, and must only be used in some processing situations.

It allows for some calculations look here.

You may see my section under particle radiation. Be aware that a particle which decelerates always will issue its energy in the form of radiation.

Particle Structure
You should be aware that a particle is much more than mass but is a functional part of the universe.

The micro physics I use is about bringing together the universe's smallest functional parts to a total physical and mathematical functioning unit.
In order to use the universe rest point in a mathematical formula, it is necessary to have a definition.

Any volume in the universe is assigned an infinite number of points, each being the universe rest point.
All physical functions in the universe refers to and from this point.
The universe gives an increasing resistance to the temperature displacement from the rest point and is defined as a speed back to the rest point.

All forms of mass and particles refers to the suspence dropp to zero point.
The volume as the temperatures speed is limited by, do not have any solid form, but varies in relation to the composition of which forces acting in the volume

If a particle is inactive it will have the shape of a ball and the velocity vectors are pointing towards the center.
If a particle is influenced by a force, it will not have the form of a ball.
When a particle is moving in the universal space it corresponds to an alinear temperature and velocity fall towards zero point.
A particle in moving react differently with the surroundings depending on whether it is longitudinal axis or transverse axis. Therefore, you can observe that a particle behaves like a wave .look here

Mass attraction
It is of importance in connection with the particle physics to be able to  calculate the mass attraction between the individual particles and this is also a part of the universe micro physics.

The vector of the rest mass is pointing towards the center, but I can not find any justification in the universe function on that the vector should turn and points to center. Big bang has is a clash between two sub-areas, there are indications that action vector in big bang remains in the created particles. The universe normal function is inversely in the mass. If this extraordinary event had not occurred the whole thing would have gone in itself again and there had not been any mass.

The mass periphery represent the limit of velocity c, after this the effect wears off. If you know the mass of the particle, it is possible to calculate the force with which the particle will impact other particles.
Micro physics
In micro physics is used computer simulations models, here shown one of the formulas. There are a number of other simple formulas which are not shown here.

The process in big bang can only create a particle as I call a base particle, it is not very big
mbasis = 5.185681022 * 10-34kg. You've seen it in connection with the Planck energy, there is also a context, but construction relationships are quite different.

The base particle has had a life in hiding, no one has noticed its existence. The particle is stable in free state by the speed of light and is stable in connection with the binding structure in electrons, protons and in the nucleus. The core may be seen in connection with the accelerator physical processes.
There are about three million base cores on a proton. If you crush a proton in a particle accelerator you will see the kernels in a short interval they before release for radiation.

Basic cores are the building blocks of all particles but is also responsible for the absorption and emission of radiation as you probably know, all particles which decelerates always will throw they energy into the form of radiation.
The problem with basic cores is that there are so many of them in a particle. It is possible by using a particle accelerator to find out how the binding structure is between the individual base particles.

Micro physics is a physical and mathematical processing system of the universe's smallest functional parts, but the universe combine growing composition do that there is a limit to how much a computer can handle, it is therefore necessary to make superstructures in regards to the processing of for example. particles structures and atom's nucleus. I must point that it is not possible to create a superstructure without knowing how the underlying parts work.

Fig.4,2 shows a basic core. Note the universe makes a reversal in the big bang and the vector is opposite the universe's normal function.
The basic core mass is calculated as follows:
m basic = ((4 / 3) * pi * r 3) * c2 = 5.185681022 * 10 -34 kg.

The basic core is not the same as Planck's constant, there are some different interpretations both at the mathematical and physical side.

The basic core is rather small, there are ca.1,756 basic cores on an electron
and ca.3,225.461 basic cores on a proton.

Last updated 01 marts 2017
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The Universe.

Classic big bang.

Mass formation.

Atom structure.

Atom binding.

Molecular binding.

Particle radiation

Magnetic fields.



Micro physics