The Law of Universal Balance can be defined as a characteristic or property of energy in its location in space.
If energy is the space and time union in a single element, a proportion or quantity of each one of these elements in this union must have:
To so much space-so much time.
This proportion of union has two immediate consequences:
>--The first one is that, to be the whole space together to whole time, a uniformity or allotment of the resulting energy in same quantity through space must exist.
Therefore this law can summarize saying that:
To so much volume---so much energy. In other words:
Energy density equality in all places of space.
If a bigger energy concentration take place in any site of the space, immediately an imbalance would be created in this place, and immediately too, a rebalance force should be born from this concentration. This force is the MAGNETISM.
So, Magnetism is: Energy distribution force through space to get the anterior equality of energy in any place. (To see classes of magnetism go to Strong Force)
>--The second one is of providing energy of the movement capacity through space. To know, due to the time characteristic as rectilinear movement, to grant energy of a potentiality that is converted into movement capacity or speed.
This potentiality has a maximum absolute value E, and when this value takes place, the capacity of producing acceleration or maximum speed should be c, the speed of light.
When the big gravitational systems surpass the absolute value E, all increase of mass is converted into bigger magnetic potential or of masses redistribution, remain little variable the gravitational power (*), reason for what the big systems explode when surpassing the magnetic potential to the gravitational one.
So that, when systems as big atoms o big stars surpass the E value, they explode converting into other small systems.
Reason too, for what when an important accumulation of big system reach the critical mass, this mass explode. Because the sum of partial imbalances reach the total imbalance or absolute value E.
(*) In all physical force we can distinguish three main parameters, which are: Direction, power and speed of development of this force.
Instantaneous forces don't exist but rather all forces have its speed of development, in such a way that as the object to which any force is applied goes taking bigger speed, the potential of applied force to this object goes diminishing until ending up being null when the object arrives to the speed of development of the force.
For example:
--If we toss a timber into a river, at the beginning the timber will take great acceleration because the force of the water is applied in its entirety, but when the timber takes the same speed of the water, this don’t can apply more force and therefore the timber won't accelerate more.
---If we put to the wind a vane we will see that this will begin to rotate more and more quickly until ending up adapting its turn speed to the speed of the wind. Arrived this moment the vane not increases its spin velocity because its turn speed (Vo) is relative to the speed of the wind (Vd) although, we can see that wind continues with the same potential of blowing.
--If hypothetically we accelerate a particle by means of laser rays, when the particle will arrive to the speed of light this would no longer take acceleration because light could no longer apply more force to this particle.
--In a hypothetical gravitational field of great extension, when any mass took the speed of light this couldn't be more accelerated and this mass would stay in this speed because gravitation lines have as development speed to the light speed c.
Mathematically we could expose it in the following formulas:
F = P. Vd – Vo a ( Vd -- Vo' ) = a' ( Vd -- Vo )
Vd
F > Resultant force applied to the object. a > acceleration
P > Force primary power
Vd > Force development speed
Vo > Speed of the object (whenever the object takes the same direction of the force)
For this reason when a great material accumulation arrives to its critical mass, or what is the same, it takes the absolute value of the energy E, a bigger contribution of mass won't increase notably its potential or energy effectiveness, and against, magnetic forces will increase vastly its potential arriving to the destruction of this material concentration.