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耳蜗和自然界与艺术中的其他螺旋形态。

Cochlea and other spiral forms in nature and art.

机构信息

Institute of Anatomy, University School of Medicine, Belgrade, Serbia.

出版信息

Am J Otolaryngol. 2012 Jan-Feb;33(1):80-7. doi: 10.1016/j.amjoto.2011.01.006. Epub 2011 Jul 1.

Abstract

BACKGROUND

The original appearance of the cochlea and the specific shape of a spiral are interesting for both the scientists and artists. Yet, a correlation between the cochlea and the spiral forms in nature and art has been very rarely mentioned.

AIM

The aim of this study was to investigate the possible correlation between the cochlea and the other spiral objects in nature, as well as the artistic presentation of the spiral forms.

METHODS

We explored data related to many natural objects and examined 13,625 artworks created by 2049 artists. We also dissected 2 human cochleas and prepared histologic slices of a rat cochlea.

RESULTS

The cochlea is a spiral, cone-shaped osseous structure that resembles certain other spiral forms in nature. It was noticed that parts of some plants are arranged in a spiral manner, often according to Fibonacci numbers. Certain animals, their parts, or their products also represent various types of spirals. Many of them, including the cochlea, belong to the logarithmic type. Nature created spiral forms in the living world to pack a larger number of structures in a limited space and also to improve their function. Because the cochlea and other spiral forms have a certain aesthetic value, many artists presented them in their works of art.

CONCLUSIONS

There is a mathematical and geometric correlation between the cochlea and natural spiral objects, and the same functional reason for their formation. The artists' imagery added a new aspect to those domains. Obviously, the creativity of nature and Homo sapiens has no limits--like the infinite distal part of the spiral.

摘要

背景

耳蜗的原始外观和螺旋的特定形状既令科学家感兴趣,也令艺术家着迷。然而,耳蜗与自然界和艺术中螺旋形式之间的相关性却很少被提及。

目的

本研究旨在调查耳蜗与自然界中其他螺旋物体以及螺旋形式的艺术表现之间可能存在的相关性。

方法

我们探索了与许多自然物体相关的数据,并检查了 2049 位艺术家创作的 13625 件艺术作品。我们还解剖了 2 个人类耳蜗,并制备了大鼠耳蜗的组织学切片。

结果

耳蜗是一种螺旋状、锥形的骨质结构,类似于自然界中的某些其他螺旋形状。我们注意到,部分植物的某些部分呈螺旋状排列,通常遵循斐波那契数列。某些动物、它们的部分或它们的产物也代表各种类型的螺旋。其中许多,包括耳蜗,属于对数型。自然界在生命世界中创造了螺旋形状,以便在有限的空间内包装更多的结构,并提高它们的功能。由于耳蜗和其他螺旋形状具有一定的美学价值,许多艺术家在他们的艺术作品中呈现了它们。

结论

耳蜗与自然界中螺旋物体之间存在数学和几何相关性,以及它们形成的相同功能原因。艺术家的意象为这些领域增添了新的视角。显然,自然和人类的创造力是无限的——就像螺旋的无限远部分一样。

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