 In 1917 the entire Russian aristocracy, from top to
bottom, started being eliminated. It took just few years, and the noble class became extinct by the hands of the
peasants. Next, the reign of the peasants lasted until 1989: that is 72 good years. After 1989, "things"
returned to "normal" historically. It looks as if the entire Russian communism era was just some sort of
"historical curse": the only ones to suffer (most) were the numerous, proud, powerful Russian
aristocracy.
That Russian communist episode is an extraordinary lesson, for those who can "read" it. The Russian
curse was not "historical"; it was the curse of one single person--a Russian peasant. His curse had been
so powerful that it became reality, and the entire Russian aristocracy vanished, together with the entire Czar's
family. Today, any surviving member of the Czar's family would be welcome in Russia. Therefore we ask, "Where
is the 'hand of Destiny' in the curse of the peasant?"
Well, in order to reach its path, the Destiny of our Civilization needed the curse of the Russian peasant. That
was a crucial decisional moment for our Destiny. The Destiny itself stopped frozen for some time, waiting for the
Russian curse to become reality; fortunately, it did. Without the Russian curse, today our Destiny would have been
far worse.
Those things happened, and they will happen again. Of course, the great question is, "Why?"
*
Yeah, we do have to apologize: we name Subatomic the next level from quark down, and we consider
atomic particles (e.g. bosons, fermions) as atomic components. In consequence, our articles may come in conflict
with some, generally accepted, naming conventions. Truth is, the naming used has little or no importance; only the
functionality, the theory, or Global Picture are important.
The atom is studied today with Quantum Mechanics Theory (QMT), and most of the experiments performed are
mechanical in nature: e. g. collisions. We consider that high-energy particle collisions give us chaotic data,
such as the generation of new atomic components, totally unrelated to the ordinary state of the nuclear particles
under study. However, for the time being particle acceleration and collisions are sufficiently good to help us
peek into atom's components.
It is interesting to note that Quantum Mechanics was needed, some time ago, because it was
evident that inside the atom, atom's components behave differently than matter does, outside the atom. Even more,
it is more and more obvious that Quantum Mechanics Theory is not sufficient. Very many scientists came, and they
come, with new theories and new mathematical models (patches to the Quantum Mechanics Theory), trying to account
for many rebellious phenomena.
Quantum Mechanics considers that (some) atomic particles exist in two states, or they have a
double character: 1. of mechanical particle; 2. of electromagnetic wave. [That double nature has generated the
Latin-origin name of "quantum (sg), quanta (pl)" used to mark atomic components.]
The bad part is, no matter what they do or how they use Quantum Mechanics, the scientists relate everything to
mechanical notions: particles; the energy of the particle; initial mass; impulse; etc.
Details about atom's structure and its components may be found in many places on the Internet; what we want to
present here is Global Picture. What we see is, the atom breaks normal space in 2 regions: space outside the atom,
and space inside the atom. Note that the atom cannot exist without its minimal amount of space which
is--stunningly!--almost empty due to the incredibly small dimensions of its components.
At Time Zero (mentioned in A1) our Atomic Universe came into existence with its own space, matter, and time. It is possible that existence started with one single quark or with one
hydrogen proton (the Little Pop theory--A1), or it could have been an enormous eruption (the Big Bang theory).
Although that Time Zero appears to be very important to everybody, in fact it doesn't matter--well, not much.
What really matters is the state of the Universe before and after Time Zero. The state at Time Zero
is the answer to what happened, while the states before and after explain how it all happened. It is mentioned in
A1 that before Time Zero there was NOTHING, meaning, there was, indeed, nothing from our Atomic Universe. However,
there was the Subatomic Universe with everything needed for our Atomic Universe to come into existence under the
pressure of the imbalanced Certitude Factors.
After Time Zero, matter, space, and time came into existence all at once. Some would say: "Wait a minute,
why all at once?" Well, think of the first Little Pop of matter, and let's consider it a hydrogen atom in
this article. Things are this way: the atom cannot exist without its own, minimal, internal space, and it also
cannot exist without the continuous flow of time. Time is the most important ingredient for matter to exist. Try
to picture time as a closed loop in a software program: if the loop is stopped, everything is frozen and nothing
moves. Without time, atom's components and the atom itself would simply disappear. If the time loop works, the
atom's components can change their state, therefore they keep their structure because most atom's components exist
only if they change their state(s) with a certain, specific frequency.
So, in order to have matter space is needed, and same is time. Of course, later we may find out there are other
conditions needed, way more ... hard-to-imagine, but let's keep things straight and simple for now. The existence
of the Subatomic level is speculated today, as it was mentioned in A1, by the String and M theories, although they
are just a timid beginning. What is needed is to understand the nature, the general idea behind these four levels:
1. macro cosmos
2. outside-atom
3. inside-atom
4. the Subatomic
The outside-atom processes are mechanical, electrical, and chemical in nature, and they are related to the
"planetary inertial system". Farther from the outside-atom level, there is the macro cosmos where things
happen differently than in outside-atom level proximity. We can see many unusual phenomena in macro cosmos [A2:
Dark Matter, Dark Energy], which are direct results of processes happening  at
the Subatomic level. The Subatomic is needed to unify and explain why things are so different in macro cosmos, in
outside-atom, and in inside-atom.
We consider the Subatomic is formed by many layers of Primary Energies which are not energies as we know them:
they can only create energy (as matter) in the Atomic Universe, if they group in two or, most likely, three
Primary Energies together.
Some would say this strange Subatomic theory does not account for the matter-antimatter unbalanced situation
existing in our Atomic Universe, but that is not so, simply because we didn't discuss the topic. The preponderance
of matter over antimatter is a natural development under the Certitude Factors, because only the asymmetry
brings Reason back to the Certitude Factors.
Mechanical physics says: whenever we have action, there is equal reaction; in other words,
perfect symmetry. The Subatomic theory says: symmetry, or balance, is involution or NOTHING; imbalance means
evolution, and the creation of the Atomic Universe. As long as there will be imbalance in the Subatomic, the
Atomic Universe will continue to exist; when the Subatomic imbalance will disappear, the Atomic Universe will also
disappear, instantly.
Sure, many would ask: "What are those terrible Certitude Factors you keep on fussing
around with?" Please, have little patience, and wait for the next articles.
***
First published on September 12, 2004
© Corollary Theorems Ltd. All rights reserved.
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