Number patterns in Nature

Jan C.A. Boeyens
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引用次数: 8

Abstract

Fibonacci phyllotaxis is one of many examples that demonstrate the relationship of biological growth patterns with the golden mean and self-similar symmetry, also observed in scale–rotational crystal growth. An equivalent relationship of natural-number patterns with the structure and periodicity of atomic matter is demonstrated. A generalized, closed periodic law that reveals the hidden symmetry in the periodicity of atomic matter is derived and related to the variability of electronic configuration of atoms, as a function of thermodynamic conditions, to nuclear synthesis and to the DNA code. Implications on space-time structure are discussed.

自然界中的数字模式
斐波那契叶根性是证明生物生长模式与黄金中庸和自相似对称性之间关系的许多例子之一,在尺度旋转晶体生长中也观察到。证明了自然数模式与原子物质的结构和周期性的等价关系。一个广义的、封闭的周期定律揭示了原子物质周期性中隐藏的对称性,并与原子的电子构型的可变性有关,作为热力学条件的函数,与核合成和DNA密码有关。讨论了对时空结构的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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