| 摘要 |
PROBLEM TO BE SOLVED: To provide a knowledge for grasping the fact that the love of a proton and that of an electron have mass by understanding what the graviton is, what the mass is, what the orbit and the mass of a photon, the orbit of an atom, and the orbit of a photon are like and by clarifying the relationship among energy, attraction force, specific gravity, a refraction index, and the mass of the orbit of a photon. SOLUTION: The graviton is the love of a proton and that of an electron. It can be proved that the difference in orbits is the difference in mass by formula for calculating the mass of the orbit of the photon, namely, (7.636×10<SP>-46</SP>÷orbit). The presence of the mass can be understood by the presence of the attraction force. The presence of the attraction force can be proved by formulas (radius×energy) =0.55×10<SP>-41</SP>J and (radius×mass) =3.818×10<SP>-46</SP>g. There are spaces between the love of the proton and aγray and between the love of the electron and an X ray. The specific gravity of the love of the proton and that of the love of the electron are larger than a black hole. Accordingly, nothing can exist between the love of the proton and theγray and between the love of the electron and the X ray. Consequently, the love of the proton and that of the electron can be proved to have the mass. COPYRIGHT: (C)2006,JPO&NCIPI
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