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infinite Beauty - Faculteit der Wiskunde en Natuurwetenschappen

infinite Beauty - Faculteit der Wiskunde en Natuurwetenschappen

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20<br />

math in nature<br />

origin - universiteit leid<strong>en</strong><br />

Box 2: Johannes Kepler found that the<br />

Fibonacci numbers are related to the gold<strong>en</strong><br />

ratio:<br />

Which means that the more n reaches<br />

infinity, the more the ratio betwe<strong>en</strong> the subsequ<strong>en</strong>t<br />

Fibonacci numbers reaches φ.<br />

Figure 2: The spirals in the middle of a sunflower are arranged<br />

according to the Fibonacci numbers (photo: Uwe H. Friese,<br />

Bremerhav<strong>en</strong> Germany 2005).<br />

They tested the consist<strong>en</strong>cy of the computed results<br />

by comparing them with the opinion of human referees.<br />

The predictions were especially valuable wh<strong>en</strong><br />

applied to forecast the perceived beauty of vertical<br />

proportions of facial features. With this knowledge in<br />

mind the possibility is created to ask your plastic surgeon<br />

to move your facial features to the right places.<br />

But what’s really so gold<strong>en</strong> about this ratio? It might<br />

not explain all beauty. And we might have to take<br />

the all-explaining feature of it with a pinch of salt<br />

(Also see the article “Schoonheid is…” by Carlos de<br />

Lannoy). Finding the gold<strong>en</strong> ratio in nature might<br />

be like gold; there is <strong>en</strong>ough of it to trade or say something<br />

about it, but not that much that the gold<br />

becomes invaluable or that the ratio becomes unimportant.<br />

Sci<strong>en</strong>tific theories might explain some of it<br />

but cannot grasp the complete picture. Like beauty; a<br />

concept is tak<strong>en</strong> and made unspeakable, like the unspeakable<br />

l<strong>en</strong>gth of the <strong>infinite</strong> or transfinite number<br />

of decimals of φ.<br />

Refer<strong>en</strong>ces:<br />

• Livio, M. (2002) The gold<strong>en</strong> ratio and aesthetics.<br />

University of Cambridge Plus Magazine 22. Online<br />

publication, plus.maths.org; accessed May 2011.<br />

• Luo, Z. P. and Hashimoto, H. (2000) High-resolution<br />

Electron Microscopy observation of a new crystalline<br />

approximant W’ of Mg-Zn-Y icosahedral quasicrystal.<br />

Micron 31: 487-492.<br />

• Ol<strong>der</strong>shaw, R. L. (1986) Cosmological self-similarity<br />

and the principle of scale covariance. Astrophysics<br />

and Space Sci<strong>en</strong>ce 128: 449-453.<br />

• Ol<strong>der</strong>shaw, R. L. (2008) Discrete Cosmological Self-<br />

Similarity and Delta Scuti Variable Stars. Electronic<br />

Journal of Theoretical Physics 5 (19): 123-132.<br />

• Gunes, H. and Piccardi, M. Assessing facial beauty<br />

through proportion analysis by image processing.<br />

International Journal of Human-Computer Studies<br />

64:1184-1199.

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