HOW MUCH SPECIFIC GRAVITY OF HIGGS BOSON AND UNIVERSE IS; HOW MUCH ATTRACTIVE FORCE GENERATED BY VISIBLE SUBSTANCES AND ATTRACTIVE FORCE GENERATED BY DARK MATTER IN UNIVERSE ARE; AND COMPARISON IN ELECTRON LOVE REVOLUTION ORBIT, ELECTRON LOVE MASS ENERGY, ELECTRON LOVE MASS, ELECTRON LOVE SIZE, ELECTRON LOVE VOLUME, ELECTRON LOVE SPECIFIC GRAVITY, MAGNETIC PHOTON ENERGY PER SECOND GENERATED BY ELECTRON LOVE, AND INTER-ELECTRON-LOVE ATTRACTIVE FORCE, BETWEEN GROUND SURFACE AND UNIVERSE, UNDERGROUND OF EARTH, AND DEPTH OF SUN

摘要

To provide presence or absence of Higgs bosons before the big bang, the specific gravity of the universe, the presence of the mass of elementary particles, and a formula for the electron love energy and mass generating an attractive force.SOLUTION: In a high-energy accelerator, Higgs bosons have energy of two electromagnetic entities, 2×1.461×10J=2.922×10J (d quark of 5.7 MeV), which is less than energy of the electromagnetic entities 3.769 g×10J, thereby not existing in the negative universe. Suppose the number of atoms in the universe is 1.077×10, then (mass in the universe)=(mass of visible substances)+[mass of (proton love+electron love) in dark matter]=5.742×10Kg+1.091×10Kg=1.14842×10Kg. The calculation is performed by assuming that the radius of the universe is 13.7 billion light years. (The energy of magnetic photons per second generated by the electron love)=(attractive force)=9.019×10×(electron love energy)=8.117×10×(electron love mass). This formula allows understanding that attractive force is generated by the electron love energy and the electron love mass.SELECTED DRAWING: Figure 1