Remark: The name "electron" is misleading. It is introduced by the present confused science as a packet of electric charge which travels and transports energy in the space. I prefer to use the name "atomic planet" or "planetary unit".
Remark: Some people with egotistic human mentality criticise the name Living Atom. They are sometimes asking me about the spiritual or sexual life of the atoms. In my opinion, dealing with natural science, we should consider as living units all those who are able to individually create movements and accelerations. Let us forget about their sexual life.
-n, ..., -1, 0, +1, ..., +n
and we can state that the n is an elementary unit of n+1.
-n0, ..., -10, 00, +10, ..., +n0
using index 0 at the top for the free atoms. With such symbols, we can say that our solar system +1 is built up of 0-s and 00-s. Similarly, heavy atom 0 is built up of -1-s and -10-s. The free atoms 00 and -10 are the most important units in the universe. The gravitational field of the solar system +1 is formed by 00-s. The gravitational field of the heavy atom 0 and the free atom 00 is formed by -10-s.
Remark: One should not be afraid of this infinite variety of atoms. By analysing the different activities between -2 and +2 (or -20 and +20), we can understand all the common phenomena which a human being can experience.
-n, ..., -1 0 +1, ..., +n
-n, ..., -1, 0, +1, ..., +n
and
-n, ..., -1, 0, +1, ..., +n
Remark: In the Physics textbooks, the letter generally means a value of mass. In my writings, n and n are just symbols. I use signs |n| and |n| if I deal with the value of mass.
Remark: We should realise the "out of proportion" of this sketch. The dimension of the earth is about 12 x 106 metre, the molecule is about 10-9 metre, and we should imagine a 00 of about 10-13 metre. (Note that the 0 is about 10-10 metre.)
The different activities of those four "microcosmic" units explain all the phenomena of Physics.
We can measure an average value of 0a activity levels in a huge quantity of 0-s with our thermometers, and we call it temperature. Thus, I thought it logical to call the 0a "temperature organ". Nevertheless, in the outside surface of a rigid body or a liquid, the level of activity of the 0a can essentially differ from the value indicated by the temperature. This "surface effect" explains a lot of interesting common phenomena (like heat reflection, insulation, etc.)
When the "radar" of a 0a has the opportunity to "see" the surface of the sun, it senses tremendous activities in the atoms 0 of the sun. Some atoms on the surface of the bodies +1 or +1 will essentially increase the level of their 0a activities, which of course results in a higher temperature. Thus, we can make a far-reaching conclusion. It is absolutely unnecessary to suppose the "travel" of energy(?) from the sun to the earth. The sun just influences the atoms of the earth, and the necessary power to heat up comes from the infinite little microcosm. It is the microcosm which creates all lives and everything. By violating it, we destroy our own life.
To characterise the activities of the na-s, it is useful to consider a kind of average velocity na and the mass value of the "temperature" organ |na|. Then, we can analyse the different possible changes of the momentum
|0a| x 0a
and we can make some interesting mathematical deductions. I did it in my original work "Les Atomes Vivants", and I came to the conclusion that the value 0a determines the temperature, and the mass value |0a| is in relation to the "specific heat" of the matter. It is interesting to note that we are able to observe one of the na-s, namely the +1a on the surface of our sun. Some spots on its surface are moving with tremendous velocities. (Do not forget that the symbol na is reserved only for the suns of the n-s.)
Remark: When a balloon is filled with hydrogen gas, it is told by physicists that the balloon ascends in the atmosphere because the hydrogen gas is lighter than air. This statement is inaccurate or not precise enough.
x = x
equation, but we should never forget that it is not Nature who obeys the human-invented equations. The comportment of the real gases depends essentially on the decisions taken by the organs 0a.