Jump to content

Unification of the 4 forces fundamental nature


Recommended Posts

 

UNIFICATION OF THE 4 FORCES

FUNDAMENTAL NATURE

To begin with I should explain what is the Veegtrón. The Veegtrón is a particle that moves the waves of mobile phones, television, radio and other. The Veegtrón is everywhere, so composed the universe because it is a particle that moves the waves of a Galaxy to another.

 

The Veegtrón is located between the magnet and iron, between the Sun and planets, and from one atom to another atom. Move that leaves the magnet iron, planets, Sun and atoms.

 

The reason that drives what is inside of the matter it is because the Veegtrón magnetized energy which is inside the magnet, Sun, atom and planets up to a limit of stretching, because energy is stretched by the Veegtrón and then the Veegtrón let.

 

The Veegtrón is a force stretched the energy the atom, planets, Sun and magnets.

 

The formula that unifies the 4 fundamental forces is as follows:

 

There are 2 forces: one attracts iron, and the other. It attracts the energy with the magnet.

 

Attraction force = mass size * Veegtrón force

 

FA4 = TM * FV

when there are electricity:

 

Force of attraction = electricity * Veegtrón force

 

FA4 = (EL * FV) ^ 3

The value of the Veegtrón force is 2 Newton (a constant). The formula does not make sense in their equivalences, but this is a new formula that scientists previously thought. There are 2 forces that create the complex understanding of magnetism and to accept the equivalence must accept its result giving a new symbol of equivalence that will be called "veegtrones", so the strength of the Veegtrón is "2 Veegtrones".

 

AS IT ATTRACTS THE VEEGTRÓN THE ENERGY THE IMAM, SUN, PLANETS AND ATOM

 

It is easy, the Veegtrón is between the iron and magnet, so it touches the iron and magnet, when the Veegtrón touch the Imam begins the stretching of the energy which is inside the magnet, because then the second Veegtrón will attract the energy of the first Veegtrón, then the third Veegtrón will attract the energy of the second Veegtrón and so on until you reach the iron.

 

When it reaches the iron, the Veegtrón loose energy stretched as a League or rubber and produces the movement of iron touched by the energy to return to the magnet.

 

The Veegtrón not only moves the waves but also moves the energy and creates a magnetic field.

 

Energy is a League or rubber that can be stretched to a certain distance forming a field around the matter.

 

To understand how the Veegtrón it extends the energy atom we know that the Veegtrón is around the atom moving waves of mobile phones.

 

To be around the atom, the Veegtrón is up to the atom and the energy of the atom is placed into the Veegtrón that is coming to the atom. In this case, the second Veegtrón which is about the first Veegtrón also will be filled with energy, this will happen until the Veegtrón can not already more stretch the electrical charge of the atom and will release the rubber energy separated from the atom.

 

When loose the rubber of energy inside the atom, it move the atom that is touching the rubber of atom, producing a rapprochement of the atom that surrounds it.

 

Not only Veegtrón magnetized color but also energy.

 

This is the process of magnetism, it is not magic Magnet attracts iron, just as happens with the atom, the Sun and the planets.

 

Exercise:

 

The new equivalencies would be:

 

Attraction force = mass size * Veegtrón force

 

NEWTON = CENTIMETERS * VEEGTRONES

 

FA4 = TM * FV

FA4 = 200 cm ^ 2 * 2 veegtrones

FA4 = 400 Veegtrones/cm ^ 2

 

For electricity would be:

 

Force of attraction = electricity * Veegtrón force

 

FA4 = (EL * FV) ^ 3

FA4 = (12 volts * 2 veegtrones) ^ 3

FA4 = (24 veegtrones/volts) ^ 3

A4 = 13824 veegtrones /voltios

Edited by Victor Elias Espinoza G.
Link to comment
Share on other sites

Guest
This topic is now closed to further replies.
×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.