弁証法的物神一元論に基づく暗黒物質の生命科学的探索
スポンサーリンク
概要
- 論文の詳細を見る
In this paper, it is first made clear that the author's dialectic axiom-theorem and the dialectic monism of material-spirit results in being systematized by developing in succession of Osawa's dialectics of practice and Chishima's dialectics of life, and then it is also shown that it has a possibility of making an important role as a leading principle to develop newly various scientific theories. Second, from a viewpoint of Chishima's Philoso-Science, the right and wrong for previous universe models are critically considered and the dynamic expansion-contraction universe model which is a main stream of modem cosmology is found to satisfy the author's dialectic axiom. This model however has a big contradiction that there has been observed only the half of total amount of matter which is required to make our universe in motion from expansion to contraction. Then, the unknown dark matter is tried to be researched life-scientifically based on the author's dialectic monism of material-spirit and the mind-body scientific mechanism of bearing a high level consciousness made clear by solving two conflicting opinions of near-death experience. Consequently, it is originally found that the dark matter in the material world corresponds in a thermodynamic sense to the decrease in weight of human and rat during dying process, and converts its phase in an endothermic manner from the material to the spiritual world of which energy field is higher than that of the material world. Based on the above, an image of twin universe composed of material and spirit is proposed by criticizing Peti's twin universe model composed of material and anti-material.
- 人体科学会の論文
- 2000-05-31
著者
関連論文
- 横型サンドミルの流動挙動と粉砕特性に及ぼすメディア粒子の充填率の影響
- 横型サンドミルにおける撹拌翼の幾何形状がメディア粒子の挙動と粉砕特性に及ぼす影響と新型翼の開発
- 横型サンドミルにおける内羽根と外筒の回転方式がメディア粒子の挙動と粉砕特性に及ぼす影響
- ブラックボックスモデルの有用性
- ニューパラダイム弁証法と波動科学技術の相互依存的関係
- 弁証法的物神一元論に基づく暗黒物質の生命科学的探索
- 新しい哲学的パラダイムと世界観
- 固気系横型2軸パドル翼撹拌槽の混合時間と最適操作条件
- 固気系横型2軸パドル翼攪拌槽の流動状態と混合速度特性
- 臨死体験の新しい科学的哲学的解釈
- 2本ロールミルの連続自動運転システムの開発
- 攪拌槽反応器における物理混合と瞬間反応の関係についての実験的検討
- 攪拌槽反応器における物理混合の混合度と瞬間反応の未反応率の等価性に関する実験的検証