AGE OF UNIVERSE, AND ELEMENTARY PARTICLE 2

摘要

PROBLEM TO BE SOLVED: To clarify how much the magnitude of a revolution orbit of the love of an electron before the Big Ban is and how fast a speed per second of the love of the electron before the Big Ban is by using the rotation orbit and the revolution orbit of the electron related to the rotation orbit and the revolution orbit of the electron. SOLUTION: The orbit of a photon at the time of the Big Ban is 5.56×10-21m. The orbit of the love of the electron before the Big Ban is smaller than that of the photon at the time of Big Ban. The revolution orbit of the love of the electron before the Big Ban is set as 10-21m. The revolution orbit of the love of the electron of a neutron star is set as 10-18m. The revolution orbit of the love of the electron of a black hole is considered to be in the range of from 10-19m to 10-20m. Accordingly, the revolution orbit of the love of the electron before the Big Ban is considered as 10-21m. The speed per second of the love of the electron can be calculated by the following expression, i.e. speed per second =3.14×(revolution orbit of love of electron)×(revolution frequency per one second). The love of a proton and that of the electron attract each other and rotate on their axes in an atom on the earth. Therefore, the revolution frequency of the love of the proton and that of the love of the electron are the same. The revolution frequency is considered to be the same even in a high-energy place anywhere in the universe. The speed per second of the love of the proton is slow on the earth since the mass energy of the love of the proton is large. The younger the age of the universe is, the smaller the revolution orbit is. Consequently, the speed per second of the love of the electron and that of the love of the proton become slower. COPYRIGHT: (C)2006,JPO&NCIPI