| 摘要 |
PROBLEM TO BE SOLVED: To clarify such matters that the orbit of space enlarges and accelerates.SOLUTION: An expression of an orbital energy in space is 4.8×10JKm/distance=(velocity). If the orbit enlarges, velocity must decrease. In such a case that the orbit of space enlarges and accelerates, it is necessary that the mass of the central black hole increases and the orbital energy becomes larger than (4.8×10JKm/distance). The mass of the central black hole must be the present solar mass, 2.631×10or larger. This means big crunch. The clarification about enlargement or shrinkage of space after the big crunch is remained as a problem to be explored using the expression, the orbital energy=5.438×10JKm/distance=(velocity). |
