Let us sum up the above-said (see also Fig. 17):
1. The temperatures under consideration lie within the range from 2.258 • 10-60K to 103.7 • 109 °K.
2. The temperature of absolute zero equal to 0.00000 …..
K does not exist, as there is always a finite, yet small value (infinitesimal).
3. The entire range of temperatures under consideration comprises eight zones designated as follows:
0 — from 0.000002258 °K to 0.0002732 °K;
1 — from 0.0002732 °K to 0.033 °K;
10 — from 0.033 °K to 4 °K;
11 — from 4 °K to 484 °K;
100 — from 484 °K to 58,564 °K;
101 — from 58,564 °K to 7,086,244 °K;
110 — from 7,086,244 °K to 857,435,524 °K;
111 — from 857,435,524 °K to 103,749,698,404 °K.
4. Zones «000» and «111» are special zones, their energies collapse, when colliding, releasing the energy level even higher than the one found in zone «111», i.e., as the author has suggested, this may be the condition of formation of the so-called «black holes».
5. Of the remaining zones «001’VI10» («001»; «010»; «011»; «100»; «101»; «110»), those ending in 1 (including «111») are of a special interest.
These zones are interesting due to the fact they are «zones of transition of one type of the energy into another one». Thus, e.g., zone «011», being the eleventh range (the eleventh electron shell of the atom) within the temperature range from 58,564°K to 4°K, ensures transition of the material particle of the electron into non-material «electromagnetic pulse». In other words, it is in this zone that transition of matter into the energy (material state) is taking place.
That is why in zone «011» within the range of temperatures from 484°K to 4°K electrons have properties of both particles and waves.
There are four such «zones of transition of one type of the energy into another one». Each of them has a numerical expression of the zone number ending in 1: «001» → 0.000273°K ч 0.033°K; «011» → 4°K ч 484°K; «101» → 58,564°K ч 7,086,244°K; «111» → 857,435,324°K ч 103,749,698,404°K.
6. All the four «zones of transition of one type of the energy into another one» are at the same time the eleventh sub¬ranges, each in its temperature range:
«001» — within the range 0.0002732°K ч 4°K;
«011» — 4°K ч 58,564°K;
«101» — 58,564°K ч 857,435,324°K;
«111» — 857,435,324°K ч 103,749,698,404°K.
The main peculiarity of these zones is in the fact that they are the only quantized zones (each in its temperature range), i.e. their temperature is also redistributed depending on 1 / n2 in the «121 Ч 121» matrix, within their corresponding temperature ranges, e.g. in the range from 58,564°K to 4°K there are eleven levels (eleven electron shells). The energy level of each electron shell is determined by Еionization / n2, and it is only on the eleventh shell that En = Еionization/ 112 = 13.619 eV / 121 = 0.112554 eV (here, we consider a proton in the «121 x 121» matrix as an independent element, i.e. the atom of hydrogen, and take Еionization for hydrogen — 13.619 eV) is also redistributed (quantized) according to the formula En / n2, where n2 is the number of sublevels on the eleventh level (in the «121 x 121» matrix). That is why the temperature range in the «zone of transition of one type of the energy into another one» is so sharply differentiated.
7. In the temperature range, according to Fig. 17:
а) zones «100»; «011» (from 58,564°K to 4°K): there are atoms consisting of a nucleus and electron shells;
б) zones «110»; «101»; «010»; «001»: the basis of nucleus is formed by a «plus quantum-proton» from 58,564°K to 857,435,324°K, and «minus quantum-proton» from 0.0002732°K to 4°K;
В) zones «000» and «111» are zones of the energies, interaction of which brings about «black holes». In other words, an unusually high density of the energy in terms of both temperature and radiation frequency (zone «111») as well as the energy of deep vacuum (superweak torsion fields, superlow frequencies, temperatures close to zero and the temperature →► 0) — zone «000», when collapsing, make the basis of formation of «black holes» superdense matter (clot of energy);
A) — zone of an extremely high frequency of radiated energy, high density;
B) — superlow frequency, deep vacuum;
C) — formation of «black holes» — meeting (colliding), two types of the energy А and В collapse, i.e. are compressed with power and speed sufficient for a «black hole» to be formed.
It is quite possible that the quantum-state 273.2 • 10-6 °K in the «121 Ч 121» matrix (or one quantum-state 17.075 • 10-6 °K in the «242 Ч 242» matrix) is in fact the so-called neutrino (antineutrino).
So, zones «001» and «110» are the zones of «neutrino» and «antineutrino».
