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Discovering Nature's Hidden Relationships, an Unattainable Goal?

机译:发现大自然的隐秘关系,一个无法实现的目标?

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Discovering hidden relationships, relationships that may reveal the secrets of nature, is a difficult if not impossible goal. This is primarily because the models of the two worlds, the Standard Model of Particle Physics (SMPP) and the Standard Model of Cosmology (SMC) have no elements in common, they are completely disjoint. Thus, relationships are hidden and finding them, may prove to be unattainable. However, attempts to identify "hidden relationships" must be based on dimensionless numbers and include constants and equations from both models. This article, by defining the dimensional and dimensionless constants within the SMPP and the SMC, illustrates the difficulty of finding relationships. Familiar ratios and a select group of ratios using Planck and Hubble constants are analyzed. The Schwarzschild black hole equation explains key relationships.
机译:发现隐藏的关系(可能揭示自然秘密)的关系是一个困难的目标,即使不是不可能的目标。这主要是因为两个世界的模型,粒子物理学的标准模型(SMPP)和宇宙学的标准模型(SMC)没有共同点,它们是完全不相交的。因此,隐藏关系并找到它们可能是无法实现的。但是,识别“隐藏关系”的尝试必须基于无量纲数,并包括来自两个模型的常数和方程式。本文通过定义SMPP和SMC中的无量纲和无量纲常数,说明了查找关系的困难。使用普朗克和哈勃常数分析熟悉的比率和一组选定比率。 Schwarzschild黑洞方程式解释了关键的关系。

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