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首页> 外文会议>International Conference on Environmental and Computer Science >NUMBER PATTERNSGEOMETRIC REPRESENTATION OF DEOXYRHIBONUCLICACID
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NUMBER PATTERNSGEOMETRIC REPRESENTATION OF DEOXYRHIBONUCLICACID

机译：脱氧胆管胆酸的数量和几何表示

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This research work is based on simple concepts on elementary geometry, driven by a pattern in numbers. The simplicity defies the diversity, it is through a combination of fixed, almost rigid and constant symmetry with limited, asymmetric variables. From the original computer generated imagery of DNA by the pioneering Robert Langridge over 20 years ago, we analyzed and subsequently deconstructed the image pattern into a number of geometric forms. The DNA double helix molecule accomplishes such feats by means of the very same self-recognizing. The series of concentric double pentagons which inform the composite axial view of the DNA double helix are shown to contain a vast self-replication and growth potential built into the molecule itself. Mathematicians, artists, designers and engineers have known for centuries astonishing, almost magical, patterns in prime and geometric series, magic squares, and the special sequences and proportions such as Pascal's Triangle, the Golden Mean, the Fibonacci and Padovan series, to name a few. Incorporating, combining and ultimately exceeding much of the same number magic, the DNA double helix also exhibits a surprising.
机译：这项研究工作是基于初等几何简单的概念，通过数字的模式来驱动。简单违抗的多样性，它是通过固定的，有限的，非对称的变量几乎刚性的，并且恒定对称性的组合。从DNA的开拓罗伯特Langridge 20多年前的原始计算机生成的图像，我们分析，随后解构了图像模式为许多几何形式。 DNA双螺旋分子由非常相同的自识别的手段来完成这样的技艺。一系列操作通知DNA双螺旋的复合轴向视图同心双五边形的被示出为包含嵌入分子本身广阔自我复制和生长潜力。数学家，艺术家，设计师和工程师们已经知道了几百年惊人，几乎是不可思议的，图案的黄金和等比数列，幻方，并如帕斯卡三角，中庸，斐波那契数和帕多系列的特殊序列和比例，命名很少。结合，结合并最终超过许多相同的数目的魔法，DNA双螺旋还表现出令人惊讶的。

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