ATTRACTION AND SPECIFIC GRAVITY OF MASS OF LOVE OF PROTONS THAT CAUSED BIG BANG, AND HOW ATOM WAS FORMED

摘要

PROBLEM TO BE SOLVED: To clarify what attraction is, to clarify magnitude of the attraction of a field where the big bang occurred, and to clarify how atoms were formed by an explosion of a mass of love of protons, if 4% of elementary particles in the space are matters that can be the atoms and 96% are dark matters.;SOLUTION: Attraction is energy of magnetic photons formed by one revolution. The attraction of the love of protons that caused the big bang is 1.164×10^-31 J×A(at the time of the big bang)=1.164×10^-31 J×3.090×10²⁰=3.597×10^-11 J. The attraction of the love mass of the protons is (the attraction of the love of the protons)×(the number of the love masses of the protons)=3.597×10^-11 J×2.674×10⁷⁹(pieces)=9.618×10⁶⁸ J. When the mass of the love of the protons explodes, the atoms are formed for the number of collisions of the love of the protons and the love of electrons. The other elementary particles become dark matters.;SELECTED DRAWING: Figure 1;COPYRIGHT: (C)2017,JPO&INPIT