An application of Bondi K-factor to the preliminary investigation into some natural phenomena
2014
Shimojo, M. (Kyushu University, Fukuoka (Japan). Faculty of Agriculture, Department of Bioresource Sciences, Division of Animal and Marine Bioresource Sciences, Laboratory of Regulation in Metabolism and Behavior)
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 (v -> infinity) 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 < v < c, c = speed of light in vacuum). The space size was 0 when v = -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 v = -c/2. If v 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 infinity when v = c. This study suggested a hypothesis that Bondi K-factor had something to do with some natural phenomena.
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