SUPERMATTER
> FLUCTUATION (Big Bang - explosion, Break) > UNIVERSE.
1.
Supermatter, as a whole, or superdense quantum matter.
2. The explosion
– Big Bang (or the Break) has occurred, and our Universe has been formed as a
result. The break or explosion (i.e. large liberation of energy) has led to
formation of emptiness in the Supermatter, i.e. our Universe, which is filled
with emissions and fragments of the Supermatter substance.
3. The break or explosion has occurred in a limited space, and it probably
continued (or continues yet) until shock wave in the Supermatter substance
become weakened, or the counter explosion takes place due to compression. The
Universe will be compressed, or it has already been compressed after explosion,
because of the mutual gravitation of the superdense Supermatter substance (or
the counter-wave from another explosion).
4. Black holes in centers of galaxies represent possibly unexploded
fragments of the superdense Supermatter substance (possibly, they are in
another phase state, than in surrounding of the superdense Supermatter substance).
5. Distant galaxies are accelerated, as they are attracted by the superdense
Supermatter substance.
6. Our Universe will always appear to be enlarging, and this is conditioned
by the attraction of the Universe matter by the superdense Supermatter substance.
7. Supermatter is not visible, because it absorbs all the light and doesn’t
let it out.
8. Supermatter is boundless, as anything external couldn't exist (and
nothing could leave its boundaries due to the gravitation). There is no concept
of “external” for the Supermatter; mathematically the coordinate system can be
placed “externally”, but physically it’s impossible, i.e. the Supermatter is always
around for “the space”.
9. We
know, to a certain extent, physical lows inside the cavity of Supermatter (our
Universe). We don’t know laws outside the cavity, and what can lead to Big Bang
or Break – either “density” fluctuation, or “spontaneous passage of the
superdense quantum Supermatter substance to another energy level”, or something
different – we don’t know.
10. Definition
of the Time: it is the entity, which characterizes presence of the cause-effect
relation between some events. Time is finished, when the Universe is
compressed. The version of permanent and continuous time for Supermatter, and temporary
time for each new Universe, seems to be the most probable.
11. Cataclysm that occurs at a great distance, but unobservable for any
reasons, if it expands with the speed of light, can attack us instantly and suddenly.
So the collapse of the Universe will occur unexpectedly and instantly (from our
point of view).
12. Supermatter
has enormous scale, and its fluctuations (changes) are long-wave for us, and
they even have no influence on galaxies or clusters of galaxies (germs cannot
feel rolling being aboard a ship).
13. Supermatter
represents a mash of particles (superdense quantum substance). Only internal
events, relative to the Supermatter, can occur there. In this sense, there are
only internal boundaries. Since events in the Supermatter have probabilistic
nature, before any heterogeneity similar to our Universe being formed, the course
of time doesn’t exist. When there’s no heterogeneity in the Supermatter, then
there are no any directions, i.e. neither spatial nor time coordinates, and
ideas of location and existence lose their meaning. It‘s rather incorrect to
speak of the superdense Supermatter substance, because we really don’t know
what is it and in what phase state. Why the substance of our Universe can
“gravitate” toward the Supermatter “substance” is also obscure for us.
14. Supermatter
can include many universes, as gas bubbles in a boiling liquid. However, in
this case liquid is superdense (e.g., neutrinos or quarks), and boiling is
caused by density fluctuations in the Supermatter, which can lead to
micro-bursts of the Supermatter substance (from our point of view, this was the
Big Bang – beginning of our Universe).
15. Lifetime of each universe is determined by energy of primary explosion
– Big Bang (or Break).
16. Our location in the space allows us observing distances of 13.5 billion
light years around. It’s determined (most likely) either by the theoretical
resolution of instruments or by that distance, where the light is still
"released” by attracting force of the Supermatter substance.
17. Most
likely, we’ll never be able to determine the age of our Universe, even in the
phase of reverse collapse (compression).
18. Supermatter
can be imagined as a rubber ball of high density. It’s impossible to escape
outside, because of the great resistance force; while our Universe is a break (or
explosion-Big Bang) inside the ball, which is collapsed.
19. From
both philosophical and mathematical points, everything what occurs now will be
repeated during endless attempts of initiating universes, because the
probability of our existence is non-zero, and being multiplied by endless
repeating it will be endless.
20. Elements
with the large ordinal numbers could be formed from the superdense Supermatter
substance.
