Antonio,
My attitude to the theory of elementary particles is, to put it mildly, cool. I do not see prospect even in quarks. Will pass some time, and adherents of this theory will invent sub-quarks, then sub-sub-quarks, etc.
Therefore, I prefer to speak about density of energy-mass regardless to any particles. I am interested with geometrical laws in atoms.
It can seem rather strange, that I connect crystallographic angles in atoms and molecules with density of energy-mass. Especially, it is not clear – what attitude the theory of relativity has to these angles.
In connection with this, I want to quote one fragment from mine thread “Puzzles of angular acceleration”:
“…
The Earth is rotate around own axis and around of the Sun.
The solar system is rotate around of center of our Galaxy.
Our Galaxy is rotate around of center of some other Supergalaxy, etc.
Some of these systems can be rotating with accelerating; others can be rotating with slowing. The total of rotary accelerations influences the value of gravitation and mass in each point of space and time.
Besides, all these systems vibrate – from cosmic objects until atoms and below.
Atoms consist of vibrant energy rings - from polytrons.
The vibration of polytrons creates in space the electrical and magnetic forces, which are indissolubly coupled with each other. Forces of vibration are spread in space with speed of light, interacting with polytrons in atoms and with free polytrons, and create the lively and active medium for everything, what can vibrate.
In dinosaur's times the Earth year and the Earth day were shorter, therefore now we live in the phase of negative angular acceleration. We guess, that the electronegativity of the Earth is conditioned by her uniformly slowed gyration.
The Earth is the huge gyroscope, which is charged by negative electricity. The gyration of electric charge generates some part of magnetic field of the Earth.
In order to test quantitatively this supposition it is necessary go to the "magnetic" history of the Earth. During the existence the Earth, her magnetic poles had turned over some times. Not so large energy is necessary for turn over of poles of the Earth. In any case, it is significant smaller than it is necessary for rotational displacement of our Earth gyroscope on 180 degrees. But if to assume, that at rotation of the solar system around of galactic center, we moving on an elliptic orbit, then the pattern becomes more–less actual.
At moving of celestial body on an elliptic orbit the rotary acceleration of the body changes the sign four times for each turnover. The period of revolution of the solar system around of center of our Galaxy is approximately equal of 240 millions years. Therefore, the period of revolution of the magnetic field of the Earth should be equal of 60 millions years.
…”
The theory of relativity describes inertial systems which are located outside of atoms, therefore all these systems is indifferent identical.
I think, that the inertial system inside atom essentially differs from inertial system outside of atom.
In my polytronic model of atom, atoms have the form of polyhedrons. On each side of polyhedron the ring of energy (polytron) is located, which has speed of light as the main parameter. Hence, the amount of energy can be expressed as amount of centripetal acceleration.
If to turn an axis of a ring on some angle, then arises, well known for everybody, gyroscopic effect or angular acceleration.
Angular acceleration is a change of centripetal acceleration. The change of centripetal acceleration is a change of amount of energy-mass in atom. Hence, the change of crystallographic angles in atom should cause the change of an initial stock of energy of atom.
Depending on the geometrical form of atom, the axises of rings-polytrons are focused in one or in some points inside atom. In these points angular acceleration has huge density, therefore these points can be interpreted, as nucleus of atoms. In these points there are no particles (quarks, leptons etc.), but in these points the laws of transformation of space work accurately.
Thus, we should distinguish two types of inertial systems, which are located on the opposite sides concerning a surface of atoms. The constant of speed of light in vacuum can be accepted as border of dividing between these inertial systems.