As it was already marked, during the existence of a star slowly or fast, that depends on strongly varying concentration of interstellar substance, grow in weight, coming nearer to critical weight of nuclear explosion. If the conditions for this purpose were executed, there is an explosion, which the modern astrophysics names supernew. If the degenerating stars Ęĺëüâčíŕ blow up supernew SN I, the stars of Main sequences containing essential quantity of metals and radiating in main(basic) at the expense of energy of an ether, blow up supernew SN II. In our Galaxy, as well as in other galaxies supernew blows up approximately of time per one century, that is part of an elementary cycle of galactic circulation of substance in a galaxy consisting from 10 ¹¹ Stars, takes about 10 billions years.

However it only part of this cycle, as long time the star exists in a latent condition, when she(it) yet does not radiate in optical range. Time of changes of aircraft attitude of stars from cosmic dust up to brown dwarfs while to estimate very difficultly. Apparently, it is billions years.

"Ęîíäĺíńŕňíűĺ" of a star differ by a plenty of metals in spectra. Old stars of the population II, which orbits ýâîëţöčîíčđîâŕëč in the population I, in the majority already ďîăëîňčëč fair quantity of cosmic dust formed(educated) by explosions supernew and also have large or mean quantity of metals in spectra.

When they grow up to the sizes of Jove, in them begins to act a phenomenon of radio heating described in [44]. Gradually, collecting, as a vacuum cleaner smaller space bodies, they grow and transform to brown dwarfs, then red.

The nuclear reactions really occur on these stars, but it not ěčôč÷ĺńęŕ˙ pp-reaction. As in products of decay(disintegration) supernew there is a deuterium and ňđčňčé, uranium and ňîđčé, on stars ńďîđŕäč÷ĺńęč there are conditions of nuclear explosion. On such stars, as the Sun it is shown by "solar activity" - flashes and magnetic storms. The share of a nuclear energy does not exceed for the Sun 1 % of his(its) power [57]. On red and brown dwarfs this share usually is higher, therefore they frequently are be by "wrong" variable stars (see tab. 2).

The sun, moving on poorly elliptical orbit three times for a revolution (~220 ěëí. Years) crosses sleeves of a Galaxy. It is visible from a card of distribution HI, where the sleeves take places of absence of radiation 21 see.

Now Sun is close ďĺđčăŕëŕęňč˙, on distance ~8.2 ęďń from center of a Galaxy and has speed of motion ~240 km / with, on 19,5 kms of above mean (circular) speed of ambient stars. In aphelions the Sun will defend on ~9.2 ęďń from center and to have speed about 200 kms / c.

Then, because of same dust content there is an increase ŕęęđĺöčîííîé ńâĺňčěîńňč of the Sun. The equatorial zone of the Earth overheats so, that becomes unsuitable for life of the majority of kinds of animals and plants, and the climate in polar zones becomes tropical. Whether it is the reason of detection of minerals of the crocodiles in Antarctic Continent and mass formation(education) ýâŕďîđčňîâ, - salt adjournment formed at temperature of a water 56¨C? [71].

During passage the Solar system of sleeves sharply increases frequency of fall of cometary bodies by the Earth, that results in catastrophic consequences on the Earth.

Last change ýđ has taken place 65 - 67 ěëí. Years back, and today we enter in following change ýđ, the maximum ęŕňŕęëčçěîâ with which will be through 5-7 ěëí. Years, that is through 1.3-1.5 ęďń of a way. However process of entering in a galactic sleeve began already 2 ěëí. Years back, designated new, all becoming frequent ëĺäíčęîâűěč by the periods (is so-called ÷ĺňâĺđňč÷íűé the period), destruction of many kinds of large mammals (ěŕěîíňű, ďĺůĺđíűĺ bears, ďĺůĺđíűĺ the people, ńŕáëĺçóáűĺ tigers:).