INTEGRATION OF ORBITAL ENERGIES OF SPACE AND ELEMENTAL PARTICLE, ASPECT IN BLACK HOLE, BIG BANG, AND INFLATION

摘要

PROBLEM TO BE SOLVED: To clarify the relation of an orbital energy of space with that of elemental particles, the inside of black hole, origination of the Big Bang, and inflation.;SOLUTION: A mass of a black hole being a center of space does not so much change. The revolution orbit energy of space is 4.827×10²⁷JKm/distance, and the revolution orbit energy of elemental particles is 8.665×10^-24Jm/orbit. However, the energy and space (magnitude of orbit in the case of the elemental particle) change depending on a present field. A spherical body having the total mass of the black hole exists in the black hole, and this creates the orbital energy of space. An orbit exists in the black hole, and creates the orbital energy and velocity. Before the Big Bang, the energy of a proton aggregate enlarges and causes the Big Bang. In the age of 10^-24m, the velocity was about (light velocity)², and inflation had this velocity.;COPYRIGHT: (C)2014,JPO&INPIT