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.
0 for the heavy atom (which today is considered as the elementary unit of matter), and I gave the symbol
+1 for the solar system. Then, we will have a series of atoms like
-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.
n and
n0 where
is a whole number between 0 (zero) and +
(infinity). This is a very interesting simplification. We can state that the universe is built up of
n-s and
n0-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 will be indicated by the Greek letter
and the whole series by
-n, ...,
-1
0
+1, ...,
+n
+1 on the rigid surface of a globe
+1. The planets
0 (electrons) of the atom
0 are playing an important rôle in the chemical and electrical phenomena.
+1, we find two kinds of units which are agglomerations of the heavy atoms
0-s. The inanimate matter will be called
+1, and the living entities of our fauna will have the symbol
+1. The
+1-s are able to individually create accelerations. Here, too, we have the series
-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.
+1-s living on the rigid surface of a
+1. Our activities are observed as a kind of phenomenon by entities
+2-s living on a planetary unit
+2. On the other hand, the activities of the
0-s on the planets
0 are creating a phenomenon which we call light. This interesting deduction could help to diminish the existing arrogant human mentality.
+1-s. I am convinced that we will never understand the mechanism of Nature if we do not consider the activities of the
n-s.
n-s and
n0-s.
na. It could be called temperature organ because some activities of the
0a-s are measured by a human being in temperature degrees. With the help of the
na-s, we can explain all the phenomena in connection with the heat problem. It is important to realise that the
na works only on the sun of the heavy atom
n. It is the most important organ of the heavy atom.
nb. It assures the rotation and the orientation of all the globes (the suns of
n,
n0 and the
n). The orientation organ is extremely important and strong in the free atoms
n0. We can not deny its existence as we observe the wonders done by the flowers and other vegetations. Thus, the rotating globes of the universe are transformed into intelligent living gyroscopes, and one of them is our planet earth.
0a and
0b.
0, an elementary inanimate matter with the symbol
+1. It is a kind of "confederation" of several
0-s, but there are some rare exceptions of gas-molecules with a single atom (like Argon, Helium). Inside the volume of a molecule, there are only the suns of the
0-s, the globes of the atomic planets
0 and the secondary free atoms
-10, forming the gravitational field of
0.
where the distance between them is about 100 x
, as shown in Figure 02-01. With such a picture, scientists should ask the question: What kind of medium is between the widely separated gas-molecules?
00.
00 is a tiny little living gyroscope which is protected by its gravitational field, an elastic medium made up of free atoms
-10, as shown in Figure 02-02. The
00 is filling up all the space which is not occupied by
0-s. The protected gyroscopes are kept in distance, and they can work properly. The gyroscope is animated by the powerful organ
0b. This orientation organ positions the rotating axe in a direction where the fastest rotation is assured. The living equilibrium of all the free atoms
n0 depends on the fast rotation of their gyroscope type suns.
00 and its "big brother/sister"
0. Near a huge agglomeration of
0-s (like our planet earth), the
00-s are strongly tied to the earth, but even a tiny unit of molecule can influence the pattern created by the oriented
00 gyroscopes. This situation is visualised in Figure 02-03, and such a pattern acts like a stretched rubber band creating a force
on the molecule and a reaction force on the opposite side of the earth.
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.)
00-s are influenced inversely by the earth and the molecule.) There is a tendency to form a more stable line over the molecule. This is exactly what happens if the molecule starts to move towards the earth.
0-s (matter) together. All the living gyroscopes of the universe are constructed similarly. The golf ball example is rudimentary. The
00 created elastic band can change its pattern instantaneously following the judgment and activity of the organ
0b.
created by the elastic band is transferred to the molecule by the gravitational field of the
00-s, in other words, by the free atoms
-10.
-10 is the most important unit of the universe. Those extremely little elastic spheres (about 10-36 metre) create an elastic medium which can transfer forces and pressures in all directions of the space.
-10-s in which three kinds of living gyroscopes are embedded.
0.
00.
0 (planetary unit).
The different activities of those four "microcosmic" units explain all the phenomena of Physics.
depends on the molecule's mass value. Molecules are not the same. They are constructed of more or less different
0-s and of more or less elementary units
-n. (We should assume a big number
!). A more important molecule influences stronger the
00-s, resulting in a stronger "elastic band" force
. It is the importance of the molecule which is expressed by its value of mass.
na which is the principal security organ of the heavy atom
n. We can understand its work only if, put aside our human arrogance, we admit that the
na organ is much more superior, more sophisticated and more precise than the human brain is.
0a which governs the thermal behaviour of
+1 (matter) and
+1 (living unit).
0a is able to find out the level of activities in the surrounding
0 atoms, which means the levels of activities of the surrounding
0a-s. Then, it takes the decision to adjust its own level of activity in order to be in equilibrium with its environment. (This is similar to a clever political or military strategy.)
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.
0a is the following. It has the "jurisdiction" to reorganise the defence structure of the atom
0. In certain conditions, it decides to associate with other
0 atoms, forming different kinds of molecular structures. (We call it chemical reaction!) It often happens that after reorganising, some
0a-s have a much higher level of activity, which creates heat. (We call it exothermic reaction.)
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.)
0a-s when the atoms are associated to form molecules. They work in a perfect harmony, taking unanimous decisions in order to better assure the stability of the molecule. (Note that the water molecule has three
0a-s, and the acetone molecule has ten
0a-s.) The perfect "confederation" of
0a-s orders the matter
+1 to transform from rigid to fluid or gaseous form and vice-versa. Of course, those transformations (like everything) are repeated on the different "steps" of the atomic worlds
n. When the "matter"
0 inside the atom
0 is transformed in "gaseous" state, this results in an increased volume of the atom
0. It generally occurs with higher activity levels of the
0a-s. Then, in our world
+1, we observe that the matter
+1 is expanding when heated. (Note the interesting exception of water.) The expansion is especially pronounced in the case of gas-molecules. The reader of this study should realise that the heat expansion is basically governed by the organs
-1a, which are the security ("temperature") organs of the secondary heavy atom
-1.
0a activity. It reacts when the elastic gravitational medium inside the
0 starts to vibrate. (We know that this medium is composed of free atoms
-10.) The vibration sensor of the
0a is a kind of receiver station which is specifically synchronised to frequency values of about 1013 hertz. Such kind of vibrations are predominant in electric discharges (we erroneously call them electric currents!), or in microwaves and some laser beams. Meanwhile, even some lower frequency vibrations can influence the
0a sensor. If we strike or hammer a rigid body or rub it, then we introduce some multifrequency vibrations inside the atom
0, and the
0a reacts. Similar phenomenon occurs if gas-molecules are obliged to travel fast through a restricted area.
0a activities. Figure 02-05 shows two identical gas-molecules (with the same value of mass) but with different temperatures. We notice different forms of the gravitational band lines. Around the cooler little molecule, the band line has a smaller radius of curvature, resulting in a stronger tendency to straighten out. Consequently, the force
1 is bigger than
2. Furthermore, we should also consider a stronger buoyancy effect with bigger volume because there is a pressure value in each point of the atmospheric "ocean". Thus, there are two different reasons why a hot gas-molecule has a very strong tendency to rise higher in the atmosphere, and this is not only because of the principle of Archimedes.
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.
00-s. If we want to analyse its equilibrium, then we must be able to explain the equilibrium of the acting forces, and this can be done only if we deal separately with the molecules. Then, we must conclude that the hydrogen gas-molecule ascends upwards because, in the standard atmospheric condition, it has a bigger volume than the surrounding air molecules do. (There are some rare exceptions of hydrogen molecules with little volumes, and we can find them in the lower atmosphere.)
), then we introduce a paradox in the science of Physics.
n in the universe. Remember, the mass value is a relative number indicating the number of elementary units in an atomic agglomeration of
n-s. We chose as unity the mass value of 1 centimetre3 water.
00-s, and they are individually affected by the gravitational band lines. However, in a rigid body, the volume of molecules does not change considerably with the temperature, and we can measure the mass value a little more accurately.
tries to push the gas-molecule towards the earth's centre. At the same time, it creates an elementary pressure in the elastic medium
-10, which acts in all directions of the space. With the huge quantity of gas-molecules overhead in the atmosphere, the sum of those elementary pressures is the atmospheric or barometric pressure which we can measure with our barometers.
+1 unit would violate the "sound barrier", and it would cause an intolerable noise in the atmosphere.
00-s) in a restricted area, then the pressure can be increased either by increasing the number of molecules (which can be done by compressing and decreasing the volume) or by increasing the temperature of the gas, which means increasing the volumes of the molecules.
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.
00 in the atmosphere. Some skeptic persons or scientists could argue by saying that the medium
00 would hinder the movements of molecules and other matters. This is not true because it is an intelligent living medium. The
00-s change voluntarily and instantaneously their patterns in order to allow free movements for all the
+1-s and
+1-s in the atmosphere. Furthermore, we should realise that the free atoms
00-s are fixed in the space of our solar system atom
+1. They do not change their locations. When a
+1 or a
+1 moves, the new gravitational bands are always created by different
00 units.
+1) to the sun.
, as shown. This force pushes our planet
+1, and causes its revolution around the sun. In all points of the orbit, there is a perfect equilibrium of forces. The form and the location of the orbit never changes because the governing
00 units are fixed in the space. Our planet is moving like a little toy train on its rail under a Christmas tree.
changes in different points of the orbit, and so does the velocity of the earth. Astronomers and physicists observed this fact. They also observed that the form of the orbit is very much similar to an ellipse. It is never an absolutely perfect ellipse! The ellipse is an idealised human-invented geometric form. Nature does not respect human inventions!!
+1. It is very easy to explain the orbit of all the planetary units
n of the universe. We only have to understand that in the case of a
n, the gravitational structure is created by the free atoms
n-10.
c. Its reaction force is
r. (We should imagine a stretched rubber band.) Obviously, such a gravitational structure creates additional pressure at Point 1 and Point 2 of the earth's surface.
forces, and we can understand the locations of Point 1 and Point 2.