泛量子理论的发展及其在生化和物理中的应用

摘要/Abstract

摘要：Titius-Bode定则的新形式ｒｎ＝ａｎ２和相应的天体量子论应用于太阳系外的恒星行星，并推广到银河系团的10个伴星系.由此可得严格的人择原理，并定量论证了太阳系的结构应该是对称的八大行星模式.进一步把理论发展为泛量子理论，其中量子常数不同但形式相似.对此用几何平均方法，可以对不同标度的生物、化学、物理等离散系统分别获得不相同的量子常数，如人的量子常数是１＝４．３７６　４×１０^５　g·cm^２／s，细胞的量子常数是２＝６．７９３　３×１０^-８　g·cm^２／s，大分子（即纳米结构）的量子常数是３＝８．４６４　２×１０^－１８　g·cm^２／s.这些结果与超弦中的对偶性是一致的.

关键词： 量子理论, 太阳系, 量子常数, 银河系, 细胞, 纳米结构

Abstract: A new form ｒｎ＝ａｎ２ of the Titius-Bode law and corresponding astronomical quantum theory are applied to the outside planets except the solar system,and are extended to ten companion-galaxies of the galactic cluster.The anthropic principle is derived exactly.It is proved quantitatively that the structure of the solar system should be a symmetric mode of eight major planets.Furthermore,the extensive quantum theory,which has different quantum constants but similar formulations,is also are obtained.Using the geometric average,different values of the quantum constants may be derived for biological,chemical and physical discrete systems with different scales.For example,the quantum constant of man is １＝４．３７６　４×１０^５　kgm^２／sec,that of cell is ２＝６．７９３　３×１０^－８　kgm^２／sec,and that of macromolecule (i.e.,nanostructure) is ３＝８．４６４　２×１０^－１８　kgm^２／sec.The results are consistent with the duality in the superstring.

Key words: quantum theory, solar system, quantum constant, galaxy, cell, nanostructure

张一方. 泛量子理论的发展及其在生化和物理中的应用[J]. journal6, 2006, 27(5): 34-38.

ZHANG Yi-Fang. Development of the Extensive Quantum Theory and Its Applications in Biology,Chemistry and Physics[J]. journal6, 2006, 27(5): 34-38.

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