INFLATION, BACKGROUND RADIATION, AND BLACK HOLE

摘要

PROBLEM TO BE SOLVED: To determine whether the inflation existed or not, why a black hole can attract photons, and into which orbital of the black hole the photons are drawn.;SOLUTION: The inflation equalized an electromagnetic energy to form the love of an electron and an electromagnetic energy to form the love of a proton. The equal energy of the background radiation is because the inflation existed. The photon orbital energy=speed²=(attractive force)²=9×10¹⁶. The black hole orbital energy=speed²=(attractive force)²=(attractive force between objects)^1/2=(3.408×10³⁶)^1/2=1.846×10¹⁸. From this formula, the following can be understood. The orbital energy of the photons, the speed of the photons and the attractive force of the photons are less than those of the black hole, and thus the photons are drawn in. If x m refers to an orbit in which the photon orbital energy is equal to the black hole orbital energy=speed²=(attractive force)², then 9×10¹⁶ Jm=1.846×10¹⁸ Jm÷x m, and thus x m=1.846×10¹⁸ Jm÷(9×10¹⁶ Jm)=20.511 m.;SELECTED DRAWING: Figure 1;COPYRIGHT: (C)2018,JPO&INPIT