3.c) Concept and definition of motion or movement

In the previous section we saw the concept of space and the nature of time according to the Theory of Global Equivalence and the distinction in regards to Einstein’s Theory of Relativity.

We have also seen how the concept of movement needed a third element which is exactly that which changes position in space over the course of time. This element should, therefore, have material nature and Global Mechanics describes Globus as the reticular structure of matter in general from which the entire universe is formed, that is elastic and unbreakable, and accounts for the equivalence between gravity, energy and mass.

Globine as an essential element
in the concept of movement
 

In short, the definition of movement is a physics phenomenon due to the fact that a part of Globus (globine) or some of its internal properties change their location in space over the course of time.

Of course, the concept of motion also includes any form or phase of globine.

I want to underline the significance of the concept of the internal properties mentioned in the definition of movement. The initial development of Global Mechanics did not seem to need any internal elements of globine but, slowly, parts, or sub-elements, of globine started to appear in order to make its intrinsic elastic properties possible.

The main idea is to maintain the logic of scientific reasoning in that any property of globine, whether it is internal or of a phase, should be supported by some real, material or physical characteristic. Otherwise, we would be talking about fictitious or non-existent properties. In other words, the fact that sub-reticular mechanics has not been presented yet does not mean it does not exist since it will always be the bottom line for Global Mechanics as it is in Newton's mechanics.

 Now we can see the differences in the concept of movement in Global Dynamics from that in Newton's Laws. Among the differences, we can highlight the following:

• The new definition of movement or motion refers to globine, or the reticular structure of matter, while Newton's Laws refer to movement of normal matter.

• Global Dynamics applies the same concept of movement to the various situations in which it is produced and, as a result, it follows diverse rules. Newton's Laws do not provide for the motion of globine, but assumes motion takes place upon a completely empty space and the movements are only partially correct in a space full of globine.

• A large part of the concept of motion or movement in Global Dynamics eliminates the need for fictitious forces.

Newton's Fundamental Law of Dynamics established force as a relationship between mass and the variation in the rhythm of movement; in short, a liaison between mass and energy. From another point of view, Einstein's Theory of Relativity quantitatively recognizes this relationship to be a constant, but it diminishes the substance of its units, that is, the second and the meter.

Global Dynamics sustains and generalizes the relationship between mass and energy; it adjusts its quantification based on the conditions. It also recognizes different forms of this relationship which outline the diverse types of movement.

The definition of motion with Euclidean space and absolute time make it possible for a concept of velocity to be independent from energy and gravity since it is not necessary to establish a fixed association between mass and energy.

Reality does not depend on the observer and the magnitudes of velocity, force, acceleration or energy are no more than the properties of matter in general, or globine, in its different phases.