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Non Degeneration of Fibonacci Series, Pascal’s Elements and Hex Series

机译:Fibonacci系列的非退化,Pascal的元素和六角系列

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Generally Fibonacci series and Lucas series are the same, they converge to golden ratio. After I read Fibonacci series, I thought, is there or are there any series which converges to golden ratio. Because of that I explored the inter relations of Fibonacci series when I was intent on Fibonacci series in my difference parallelogram. In which, I found there is no degeneration on Fibonacci series. In my thought, Pascal triangle seemed like a lower triangular matrix, so I tried to find the inverse for that. In inverse form, there is no change against original form of Pascal elements matrix. One day I played with ring magnets, which forms hexagonal shapes. Number of rings which forms Hexagonal shape gives Hex series. In this paper, I give the general formula for generating various types of Fibonacci series and its non-degeneration, how Pascal elements maintain its identities and which shapes formed by hex numbers by difference and matrices.
机译:一般斐波纳契系列和卢卡斯系列相同,它们会聚到金色比例。在我读完Fibonacci系列之后,我认为,在那里或有任何系列融合到金色比例。因为我探讨了斐波纳契系列的互连当我在我的差异平行四边形中的斐波纳契系列时。在其中,我发现Fibonacci系列没有变性。在我的思想中,Pascal三角形似乎是一个较低的三角矩阵,所以我试图找到逆。以反向形式,对帕斯卡元素矩阵的原始形式没有变化。有一天,我玩环形磁铁,形成六角形。形成六边形形状的环数为六角形系列。在本文中,我给出了用于产生各种类型的斐波纳契系列及其非退化的通式,Pascal元素如何保持其身份以及由差异和矩阵形成的十六进制数形成的形状。

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