Black hole is theoretically event which cannot happen in reality, but not because it is error but because the mass which eventually creates such event will come to disintegration when the pressure and temperature within its volume reach the following values: 2.〖10〗^(27 ) atm.[kg/〖cm〗^2 ];3.〖10〗^11°K, see USM kanevuniverse The same is corresponds to the evolution of the neutron’s stars. When the fuel of the some star comes to its end, which means that not only the thermonuclear synthesis of hydrogen atoms already is spend, but the thermo nuclear synthesis of more heavier atoms also is on its end, then the star begins to collapse (to shrinking) and when the above values of the pressure and temperature are reached, then these atoms come to disintegration finally again into hydrogen atoms, but old ones see USM kanevuniverse After that again according to part I of the theory the pressure and temperature begin to decreases and again is ignites the thermonuclear synthesis, the star begin to expand reaching the pressure and temperature above which this reaction is possible: 2.〖10〗^9 atm.;〖10〗^7°K Below these parameters the thermonuclear reaction stops and the star disperse itself. Why the gravitation field cannot stop this process? Because the star is already on the periphery of its galaxy where it hasn’t necessary resonance radius to spring up again, see page 80, 81, 82, 83 USM kanevuniverse where is calculated the radius of birth of the Sun and why the stars are birth on the center of their own galaxies. So there is one exception if the observed star is very massive one, then if the resonance radius where the star is situated during its collapsing is enough short then there can be born some little star which its own centripetal acceleration correspond to their current parameters: velocity of bird and radius of bird. However, most probably the star springs up like supernova and after that die. What will happen with dispersed from such star old protons and old neutrons…they also come to disintegration into hypothetically substars and subplanets from the subspace see USM part I, part II and superconductivity kanevuniverse
Posted on: Sat, 27 Jul 2013 13:20:03 +0000
Trending Topics
Recently Viewed Topics
© 2015