2.c.2.a) Theory and concept of atom
The structure and theory of the atom developed throughout history, as pointed out in the previous section, with unquestionable conceptual and technical advances in the understanding of the different phases of matter in general or, to be more correct, the reticular structure of matter or global aether.
I believe one of the nicest and most interesting ways to explain the structure and definition of the atom in the new theory is to present its primary properties and characteristics in relation to previous atomic theories or conceptions. On the one hand, homage is paid to these contributions for pointing out important aspects and, on the other hand, both the explanation as well as the understanding of new ideas and the concept of atom is simplified, whether one agrees with them or not.
On another hand, the idea is to present the most innovative properties of the atom, not the implications on the development of the entire Standard Model of the Physics of Elementary Particles. In any case, it is worth pointing out that the most innovative characteristics of the atom in Global Mechanics are those related to the concept and motion of electrons together with the stable state of the particles in its nucleus. The new atom theory explains the properties of electron motion within both an orbit as well as those that generate a change between orbits.
The characteristics and properties of the new concept of atom in Global Mechanics will be the following:
Continuous nature of matter
The theory of the discrete nature of matter comes from the concept of the atom of Democritus; in short, what it philosophically expresses is the non-existence of infinity in physical reality, in this case infinite divisibility.
The previous semi-rigid model of Global Mechanics was in agreement with Democritus.
In spite of having allowed me to develop Global Mechanics and the entire Global Physics, the premise of a discrete nature of matter forces one to imagine mechanisms that, if not impossible (like those in other theories), are most definitely complex.
Therefore, I decided to change to the current elastic model of Global Mechanics. The development of this model bases on shifting from the principle of a discrete nature to that of the continuous and unbreakable nature of the reticular structure of matter.
In the new definition of the atom and normal matter, all physical objects and energies are properties of global aether.
Discrete nature of the mass of atomic particles
While explaining the process of the formation of mass, it has been seen that it starts with a curl or loop in the global aether until it reaches a certain physical limit of elastic energy due to the torque stress related to c². The elastic strength needed for the initial half-fold, curl or loop will establish a minimum of physical mass for electrons.
Based on the definition of stable atomic particles, protons and neutrons, their size is variable, yet very close to their maximum size –in normal conditions–, and they are larger than the unstable particles of the atom, like electrons.
We shall discuss this aspect in the following section, and shall refer to the maximum size of a reticule of global aether, keeping in mind the elasticity of its filaments.
There must be some reason for the size of neutrons to be so similar to that of protons. According to Wikipedia, the mass of a neutron is 1,008587833 amu (unit of atomic mass) and its average lifetime is about 15 minutes.
I also think that there may be other particles of mass that are much larger than protons and neutrons; but they would not form atoms and they would only be stable in conditions of very strong magnetic fields, such as in black holes and stars.
The atom as a building block of mass of normal matter
This initial contribution to the modern theory of the atom belongs to Dalton’s atomic theory.
We call it normal matter because the atom has the characteristic of being stable in relation to isolated subatomic particles, such as neutrons and smaller elementary particles, and because that is how purely chemical elements are on the human spatial scale.
The average lifespan of protons is very high, so high in fact that the exact time is unknown and it depends on the theoretical models used.
Electric charge of subatomic particles
The atomic theory of Thomson introduced the idea of two types of atomic particles with properties of attraction and repulsion. In the theory of the atom, these particles are negative and positive charges.
When discussing photons and electromagnetism, we saw how the electromagnetic interaction configures as a second type of interaction supported by the reticular structure of matter.
The electromagnetic interaction is due to the elasticity of torsion of the longitudinal tension lines of the global aether, with radial or spherical symmetry.
It is generally said, with little scientific basis, that the transversal tension of torsion is much stronger than the tension of longitudinal curvature, or traditional gravitational force, in the short distances that implies the theory of atom.
We would venture to say that Modern Physics knows very little about the internal gravity of objects and that the electromagnetic force frequently cancels itself out at short distances. In the following sections of this theory, concept and structure of the atom and of molecules, we will attempt to go into more depth regarding the formation of the gravito-magnetic field at short or atomic distances, understood as the combined effect of the gravitational and electromagnetic fields.
The heyelogic image shows the structure of the atom, with the elastic filaments of the global aether as black lines that represent the torsion produced throughout the filaments, due to the effect of the electrical charge of the nucleus of the atom, that is, the combined effect of protons and neutrons.
The electric charge of the atom is located in the protons of the nucleus and in the electrons, while the neutrons carry no electric charge overall.
The idea of configuring electrons as an electrical current comes from the Sommerfeld atomic model of 1926, which came after the Bohr atomic theory of 1913. A clearer approach for the theory of the atom would be to include electrons in the category of wavons –as defined in the section on Unstable subatomic particles–, given that calling it an electrical current does not clarify much either.
Quantum structure of the atom
The allowed orbits of the electrons respond to levels of stable energy, which relates to the Planck constant. The same occurs with the absorption or emission of energy from electrons when changing orbits, as proposed in 1913 by the Bohr atomic theory.
Let us note that the continuous nature of matter does not contradict the quantification of energy in the modern concept of atom. Furthermore, the elastic energy of global aether requires internal elements with elastic properties.
The concept of continuity does not mean uniformity, since the reticules of the reticular structure of matter imply in of themselves internal elements in global aether and its initial symmetry.
The elastocytes will be the elements that support the property of elasticity of matter, as well as the quantification currently in Particles Physics, although it occasionally reaches the extreme of quantifying characteristics that are very independent from the energy from a conceptual point of view, such as space or time.
In the following points, we will comment on why protons and neutrons in the nucleus of the atom are stable, and what electrons are and the causes of electron motion, according to the spatial structure in the concept of atom in Global Mechanics.