2.c) What is mass in Physics?

2.c.1. Interaction of mass in Physics

We have observed how electromagnetism reflects the torque forces of the filaments of matter’s reticular structure –in order to clearly express the concepts, we have chosen to present a simplified view of reality – since there is no doubt that gravity, or globine, does not have a bi-dimensional but rather a three dimensional reticular structure.

If the new scientific theory has unified the gravitational interaction with the electromagnetic interaction into a single gravitational magnetic field, it should now be easy to unify it with the mass interaction since we already have a quantitative equivalence by means of the equation E = mc2 from Einstein’s Theory of Relativity, that does indeed quantitatively coincide, even if partially, with physical reality. In fact, the unification of the gravitational interaction with the interaction of the mass in Physics consists of the same energy process as that found in electromagnetic waves, but it is highly intensified in order to be able to create mass in Physics.

Interaction of physical mass
Creation process of the elementary particle

The interaction of mass of Physics will require electromagnetic waves in a region of the globine in order to create a complete loop of its reticular structure and to relax the torque stress or transversal torsion. This process involves an additional form of physical collapse of the wave, which is precisely when torque stress transforms into tension of longitudinal curvature and in the tension of reversible deformation or compression of globine, in order to form the fundamental particles of mass in Physics.

In the extreme sense, this process of mass theory provides the explanation found in the online book of Astrophysics and Global Cosmology regarding what black holes are and why they come about; which implies that fundamental particles of mass share characteristics with black holes and vice versa.

Therefore, we can establish the definition of the mass in Physics of squeezed and coiled matter because it absorbs the electromagnetic waves when the reticular structure of matter or globine, is coiled or squeezed.

In order to understand what mass of Physics is, its definition, and its most important characteristics, we can take a look with the heyelogic microscope. The main steps of the creation process of a elementary particle are:

• Torsion Spirals

  In the heyelogic figures, we can observe how loops are formed by increasing the torsion on the filaments of matter's reticular structure in general, which supports gravity. That is, the loops in the interaction of mass of the fundamental particles are formed as a result of the torque stress of globine.

  It was stated earlier that the complete loop created by torque stress involves a change in the nature of the stress from transversal to longitudinal tension. To be more explicit, the electromagnetic elastic energy becomes gravitational potential energy and reversible deformation energy – a purely mechanical effect.

  What is physical mass?
   
  

  This will be the first step of the theory of mass in Physics in the creation of the state of physical matter, which is different from that of gravity.  We have to imagine globine, or the reticular structure of matter, in a three dimensional space of Euclidian geometry in order to try to visualize what shape the loops or curls will have.  I think they would produce something similar to a small sphere, or spirals.

  The complete loop of the fundamental particles with mass will be created where the elastic torque stress or electromagnetic energy surpasses a certain physical limit related to c2 and to the mass of the electrons.

• Spatial contraction

  The creation of the loops in the fundamental particles in the theory of mass will shrink the three-dimensional net or grid of matter, or globine, and therefore, it will involve a reticular shrinking phenomenon. As a result, based on the definition of mass we can gather that a property of globine is volume reduction, or spatial contraction, at a very high percentage, and the compaction of matter of the filaments.

  The spatial contraction of objects is a natural phenomenon and common in physics and should not be confused with the contraction of space. To put it simply, something that gets smaller is reduced or shrunk; the concept of contraction of space itself is unnatural and all it accomplishes is to complicate reasoning and move us away from physical reality. Some lines of argument from Modern Physics remind me of the creative accounting of Modern Economy.

  Elasticity of mass in Physics
   
  

• Curling a loop and accumulating elastic energy

  In the new theory and definition of mass, if there is an initial spiral, loop, or curl in the reticular structure of matter, the stress torque is maintained with more transverse waves or electromagnetic waves in opposite trend, then new loops or curls will be created and will wrap around the previous one; the phenomenon of spatial contraction of globine will continue and the mass of the new elementary particle will increase.

  A visual and very intuitive similarity of the definition of mass of Physics would be a ball made of rubber bands where layers are laid on top of each other; to a certain extent, the new elementary particle would be like the layers of an onion or a ball of yarn. Observe how in the figure the layers of the ball are created by longitudinal rubber bands and not by layers formed by local torsion of a three dimensional structure of rubber bands in which the distant ends are fixed at one point.

In short, according to the definition of mass, the new elementary particle will be strongly squeezed by the disappearance of the three dimensional spaces of the reticules due to the creation of curls or loops that will end up producing a material structure of coiled filaments with a much greater density of globine than normal; and it will have high elastic energy due to the accumulated torsion.  These are the fundamental particles of the definition of mass, configuring a new phase or state of aggregation of matter called mass of Physics.

This analysis is consistent with what was already known thanks to Einstein’s formula of the equivalence between mass and energy and that the electromagnetic waves are in violation of the law of conservation of mass. Nonetheless, I would not suggest that mass and energy are the same or identical terms, only that they are equal from a specific perspective.

Indeed, both physical mass and electromagnetic energy are elastic characteristics of globine in different stages of physical matter.

In several sections of the online book of the Law of Global Gravity, there is a more detailed explanation regarding the quantitative relation between mass and energy.

As far as the topic of the equivalence between energy and mass, we once again run across a terminological issue since, although the concepts of mass and matter are ever changing, Modern Physics continues to use the terms states of physical matter in order to identify what are actually sub-states or types of mass. Moreover, normal matter is made up of globine, mass and wavine, and it has properties such as nuclear energy, electromagnetic energy, thermal energy, and kinetic energy.

In the following sections we will delve into the definition of mass of Physics and some of the physical limits or conditions of what mass is, which will allow us to analyze the characteristics and types of interesting elementary particles.