PSI Vol.8, No2 April 1985 Thesis 1. pp.3-13.
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宇宙空間の分析と超光速度の可能性について
安久津 政人*
Analysis of the Deep Space and a Possibility of Super Light Speed
Masato Akutsu*
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Synopsis
The time for the light travel between the sun and the earth is said to be 8 minutes 20 seconds, which is equivalent to the distance of about 1.5×108[km]. We may regard it as 30[cm] diameter disc with the magnitude -26.8, if it may stand 32[m] apart from us, or one 4.6 billionth (10-9/ 4.6) of the actual sun-earth distance. However, if the sun has gone away to one light year distance, the apparent size of the disc under the same condition as above becomes 4.76[μm] in dianleter and the magnitude becomes -2.8,by the Pogson's equation.
This magnitude reduction from -26.8 to -2.8, by assuming one light year displacement, means simply the decline 24 in its magnitude. 0n the otherhand, we should remember that the 24th magnitude is the discernible limit of the stars by the present observation technique in our third dimensional space.
Now, l would like to propose an assumption that the same magnitude allocations could be applied within each space of different dimensions, or the fourth, fifth and the sixth, keeping the energy relations Ei=Mi Ci2 the (i+2) -th dimension. As a natural consequence,the light speed in each higher dimensional space has been estimated to be higher than in third dimensional space as follows; --
ln the fourth dimensional space (Milky Way Galaxy), it attains 31 billion[km/s] (about 105 times c)
ln the fifth dimensional space (Extra Galaxies), it attains 320 billion [km/s] (about 106 times c).
ln the sixth dimensional space (Great universe), it attains 3100 trillion[km/s] (about 1010 times c).
Received : March 31,1985
*Hokkaido M.C.M. (Menonite Church Medical) Hearllogy College.