Stars
V. T. Vertushkov
Dnepropetrovsk, 49128, Ukraine
Date of placing: 20.11.2006
It is supposed that stars
and star-like objects in the Universe represent varying, by size and volume,
bunches of elementary particles, such as 
, 
and 
- squark, 
- antisquark, which form the matter. These particles are
continuously emitted by physical vacuum into space of the Universe.
The object close to the
center of the Galaxy which is known as SgrA*,
represents high-volume super-bunch consisting of , è - squark, - antisquark particles. Out of those
particles, the matter and antimatter are synthesized in the central area of the
object. When certain critical mass is achieved, annihilation radiation throws
the matter and certain part of antimatter out of the central area thus creating
the effect of the strongest explosion not far from the center of the Galaxy.
This explosion is accompanied with potent burst of gamma-radiation promoted by
accelerated motion of particles thrown beyond the limits of the object.
Gamma-radiation is emitted by physical vacuum, as a result of disturbance of
space structure by charged particles moving with increased speed. It is evident
that similar scenario was already realized in the past, because the center of
the Galaxy represents an area of destroyed structures and high-energy
radiations.
Stars of the Galaxy,
including the Sun, also represent bunches of particles, such as , è - squark, - antisquark, which form the matter
and antimatter. The phenomenon of Supernova occurs when a critical mass of the
matter and antimatter is accumulated in the process of synthesis in the central
area of massive star. Pressure of annihilation radiation pushes the matter to
the star surface, thus creating the effect of severe explosion, which is
accompanied with the potent burst of gamma-radiation. As distinct from massive
stars, the matter synthesized in the depths of stars like the Sun, is taken out
to the star surface gradually, without an explosion. The year 2003 witnessed
solar flares being the most potent ones as compared with flares ever
registered.
The Solar system was
created of the matter synthesized in the central area of the Sun. During
millions of years, annihilation radiation was taking out to the Sun surface the
matter serving as the basis of proto-planet disk and eventually the Solar
system planets' formation.
In the Galaxy, young
stars possessing proto-planet disks are discovered. Dust disks are revealed in
extremely massive and miniature stars (brown dwarfs). Similar disks are also found in
"twins" of the Sun and in rather large stars, which mass comprises as
much as 5 masses of the Sun. The above stated facts prove an assumption
according to which gas-dust matter surrounding stars is created by stars
themselves. The matter and antimatter synthesized in the depths of stars was
carried by annihilation radiation beyond the limits of stars. Namely gas masses
continuously emitted by stars ensure their constant luminance. The matter of
gas-dust disk which surrounded the Sun in the past,
could emerge from nowhere (in the area where the Sun is located) except from
the Sun itself.
Giant gas nebula in the
galaxy of Large Magellanic Cloud contains an object
the luminance of which is 50 million times more than that of the Sun. This
object, designated as R136, is located in huge gas nebula 30 of the Golden
Fish. The object R136 consists of several components. The speed of the matter emanation by the component
R136à is 3500 km/s, whereas the speed of the matter emanation by normal hot
stars equals to about 2000 km/s. Power of the matter emanation from the
component R136àI is enormous; it makes one mass of the Earth per week. These
data allow to state that components of the object R136 represent incredibly
large bunches of particles such as , è - squark, - antisquark. In the depths of
bunches of these particles, the matter which is thrown outside by annihilation
radiation is synthesized.
V.
Vertushkoff,
Kommunarovskaya str. 16,
Flat
332,
city of
E-mail: vertushkov@ua.fm