TY - JOUR

T1 - An application of bondi K-factor to the preliminary investigation into some natural phenomena

AU - Shimojo, Masataka

PY - 2014/8/1

Y1 - 2014/8/1

N2 - This study was designed to apply Bondi K-factor to the preliminary investigation into some natural phenomena. Hypotheses (A)∼(D) were suggested. (A) The mathematical application of the infinite velocity (ν→∞)to Bondi K-factor collapsed it and gave the imaginary unit (i), wave function and its conjugate complex. (B) The infinite velocity giving i was associated with the simultaneous existence at different places, which might look like a potential state that was described using the wave function and its conjugate complex. (C) The mathematical recovery of Bondi K-factor from i was associated with the collapse of the wave function into the real number. (D) Bondi K-factor gave a simplified model of the space (-c < ν < c, c = speed of light in vacuum). The space size was 0 when ν =-c. If v began to increase from-c, then the newborn tiny space showed a rapid expansion. This was followed by the decrease of the expansion force of the space. This decrease continued until the inflection point that occurred at ν =-c/2. If ν took values higher than-c/2 by going across the inflection point, then there occurred an acceleration of the space expansion. This acceleration continued, and the space size reached ∞ when ν = c. This study suggested a hypothesis that Bondi K-factor had something to do with some natural phenomena.

AB - This study was designed to apply Bondi K-factor to the preliminary investigation into some natural phenomena. Hypotheses (A)∼(D) were suggested. (A) The mathematical application of the infinite velocity (ν→∞)to Bondi K-factor collapsed it and gave the imaginary unit (i), wave function and its conjugate complex. (B) The infinite velocity giving i was associated with the simultaneous existence at different places, which might look like a potential state that was described using the wave function and its conjugate complex. (C) The mathematical recovery of Bondi K-factor from i was associated with the collapse of the wave function into the real number. (D) Bondi K-factor gave a simplified model of the space (-c < ν < c, c = speed of light in vacuum). The space size was 0 when ν =-c. If v began to increase from-c, then the newborn tiny space showed a rapid expansion. This was followed by the decrease of the expansion force of the space. This decrease continued until the inflection point that occurred at ν =-c/2. If ν took values higher than-c/2 by going across the inflection point, then there occurred an acceleration of the space expansion. This acceleration continued, and the space size reached ∞ when ν = c. This study suggested a hypothesis that Bondi K-factor had something to do with some natural phenomena.

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M3 - Article

AN - SCOPUS:84908201097

VL - 59

SP - 301

EP - 303

JO - Journal of the Faculty of Agriculture, Kyushu University

JF - Journal of the Faculty of Agriculture, Kyushu University

SN - 0023-6152

IS - 2

ER -