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Application of a random resistor network model of space-time to various physical phenomena

机译:时空随机电阻网络模型在各种物理现象中的应用

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摘要

Previously, we proposed a new model of space-time that incorporates the properties of a random resistor network. The self-similar nature of such networks is particularly useful in extrapolating force interactions to different levels of scale. By modeling time and matter as current and resistance, respectively, a simple equation for mass, time, and motion was derived that provides a novel mechanism for the displacement of matter. In the current article, we discuss the application of this model to various physical phenomena, including gravitational fields, black holes, and cosmic expansion.
机译:以前,我们提出了一种新的时空模型,该模型结合了随机电阻器网络的特性。这样的网络的自相似性质在将力相互作用推算到不同级别的规模时特别有用。通过将时间和物质分别建模为电流和电阻,得出了一个简单的质量,时间和运动方程,为物质的位移提供了一种新颖的机制。在当前的文章中,我们讨论了该模型在各种物理现象中的应用,包括引力场,黑洞和宇宙膨胀。

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