<紀要論文>
Mathematical Structure Common to Animal Growth Analysis and Space Expansion Analysis

作成者
本文言語
出版者
発行日
収録物名
開始ページ
終了ページ
出版タイプ
アクセス権
概要 This study was conducted to investigate mathematical structures common to animal growth analysis and space expansion analysis. Six particular functions for the growth analysis of the individual animal... had a common mathematical structure composed of the respective function and its first and second derivatives. The standard model of the space expansion had a deceleration parameter composed of the scale factor and its first and second derivatives. The results obtained from this study suggested hypotheses (α) ~ (γ). (α) The mathematical structure common to six functions for the animal growth analysis was the same as that of the deceleration parameter for the cosmic expansion analysis, except for the reciprocal form with the negative sign in the latter case. This similarity was based on the symmetry that exponential function showed about the differential calculation at the back of both analyses. (β) There were inflection points both in five functions for the animal growth analysis and in the cosmic expansion history. (γ) If the present size of the space was normalized as '1', then there was a dual interpretation that the cosmic expansion under the general relativity was related to the object recession under the special relativity.続きを見る

本文情報を非表示

p089 pdf 501 KB 140  

詳細

レコードID
査読有無
主題
ISSN
NCID
登録日 2016.03.10
更新日 2020.10.07

この資料を見た人はこんな資料も見ています