1. The particles
1.1 The way to the particles
1.1.1 Motive
For me is not conceivable, that an electron fill with its electric field the whole space. Insist is too the question, why the gravity is not range in the physical world picture. These two grounds have me animate to a thinking puzzle. The result of this is, that particles like the photons be able to solve this task. As the sun its photons send in all directions, as for example an electron can send this particles in all directions. The flow of particles may be then the electric field. Because of the lot of existing electrons, must it swarm of particles in the space. That is bat not unusual, because in each second pass about 100 Billion neutrinos from the sun (see/1-1/) one of us finger-nail. By the way, in the night too, because they pass unhindered the earth. Further come the neutrinos from the all another suns in the space.
Note: The result of the followed calculations and explanations is, that as electric and magnetic fields as the field of gravity and even the photons can see like flow of this particles.
1.1.2 Demand to the particles
If these particles shall connect the dissimilar fields and phenomenons of the physics, then their velocity is earliest the velocity of light. From the knowledge, that relations are fundamental, if they are simple, followed: The particle shall uniform. To obtain a effect, the particle must capable to act mutual. That is fill with the attribute: „Where is one particle, there can not be another particle”. This has the conclusion, that the particles reflect mutual, similar billiard-balls.
In one sentence: Exist only one kind of particles, they moved with velocity of light and reflect mutual.
Note: The question of the break of these particle shall not make now. In dependence to the designation “Atom” (not to break) is it advisable, these particle designate “Betom”. For who say “A”, must say “B”.
With these particles shall explain and calculated all fundamental relations of physics.
1.1.3 Search the particles
From the above property of particles, to move with velocity of light, be recommended the photons. But the photons are not uniform particles. This is to remove by break the photon in uniform particles.
If therefore the photon is break in uniform particle, then must for the characterization of the wavelength one particle exist on the top of the photon and another particle on the end of the photon. But it exist on the light a plane of oscillation. To become a plane, is needed a third particle. A photon is build from three particles.
The building stones of a photon may be the searched particles.
1.2 From particles over their collision to structure
Hitherto can the particles fly with velocity of light from an electron and with that as an electric field appear or in formation of three particle as a photon. How can now exist from these restlessly particles a table? Now is known, that in an atom of the table the electrons too with very high velocity fly round the nucleus. Similar must move the particle with velocity of light, but here quality of reflection one another must remain in the table. The particle can build a structure.
Clear exist difference between things, not only between table and chair, but too between a proton and its environs. Such differences on the base of particles lead to the fact, that the particles can build a structure and it exist too rooms without structure. The structure of a photon was described above as a group of 3 particles in one plane, what moved with velocity of light in a direction. In order to come from a plan structure to a spatial structure are need not only 3 but 4 particles. A spatial stable structure, who the particles not flay in all directions with velocity of light, is possible by reflection of the particles one another. For example can four particles on symmetrical lines in a space flay to the point of center of a tetrahedron (Fig. 1.2-1).
Fig. 1.2-1: Four particles fly to the point of center of the tetrahedron
After reflection one another they fly back on the same lines (Fig. 1.2-2).
Fig. 1.2-2: Four particles fly after reflection one another from the point of center of the tetrahedron.
Are arranged these tetrahedrons with its spire, then form the spires again a point of center of a tetrahedron and the particles fly back (Fig: 1.2-3). they fly to and fro with velocity of light, but the structure stay on place, hat but a nature of a “pulsation”. (Note: Such structure of tetrahedrons forms too the atoms of diamond.)
Fig. 1.2-3: A structure formed from tetrahedrons: The particles are starting and fly along the bolt to the next meeting point.
The particles are consequently capable, to form a structure.