The Mathematical Precision Of The Universe – part3

part 1 is here

part 2 is here

Continuing the examination of the significance of Ø in the formation of the universe-

It is not just the human body which grows out of Ø

The Golden Section is evident in plants as can be seen in this graphic representation of the arrangement of seeds in a sunflower. The spirals are asymmetrical with 21 seeds in the clockwise spiral and 34 in the anti-clockwise spiral.

The same asymmetrical arrangement is evident in a pineapple with the diamond shapes being 8 one way and 13 the other. All of these numbers belong to the Fibonacci series as shown earlier and demonstrate that the growth of plants follows the same rule of the Golden Section.

The Golden Section appears as a spiral in plants, as seen above in the sunflower seeds, and as seen here in this cross section through the nautilus shell – probably the most beautiful demonstration of it in the whole of the natural world.

And that is the point: the Golden Section, the Law governing growth of all living things is everywhere from the spiralling galaxies in space to the structure of DNA. It is what unifies the entire cosmos.

The Age of Reason and the Enlightenment that was the birth of the scientific view of the world both make it now difficult to speak of the universe as a creation but if the Golden Section is not the creator’s design then what is it?

A further illustration of these Golden proportions in and of the body comes from one of the great heroes of the Modern Movement of the early part of the 20th century, the Swiss architect Le Corbusier.

Le Corbusier wanted to find a way of creating harmonious proportion in his buildings in a way that would allow people to feel “at home” when living or working in them. He returned to the idea of the Golden Section which was first recorded in Classical Greece although its origin is much older.

Originally he took as his starting point a hypothetical man 1.75m tall – a french height he called it. The modules developed from this starting point, as well as being difficult to calculate accurately, proved unwieldy and unsuited to everyday living; disproportionate in fact.

In one of his books he tells the following story:­

He had been working for some time on his Modulor system using these French decimal measurements but without much success. Then one of his collaborators, Py, said: “Isn’t the height we are working with rather a French height? Have you ever noticed that in English detective novels the hero is always six feet tall?” Le Corbusier continues: ”

We then applied this standard. To our delight, the graduations of a new Modulor, based on a man six feet tall, translated themselves into round figures in feet and inches”.


The different positions of the human body during various activities fits the Modulor divisions.

The Modulor consists of two scales, the red and the blue scale (the above illustration shows the two scales combined). The dimensions of the blue scale are double those of the red and the divisions of each scale are based on Ø the phi ratio, the basis of the Golden Section. Thus the Modulor is not only an instrument of architectural proportion but also a means of ensuring that the buildings designed using it are of a human scale.

Here again we are coming closer to the answer as to why the Golden Section is important. If it occurs naturally in the human figure, as demonstrated by Leonardo, and in all other plant and animal life then by using Ø as well as the dimensions of the human figure as a starting point for design then such designs as are produced will, in theory, reflect the harmony within ourselves.

As an aid to creating architectural proportion, Ø is evident in many of the buildings of antiquity. The Parthenon in Greece for example, although it should be noted that in past ages, unlike the present, all buildings were designed on a human scale using Ø to create a harmony between man and his surroundings.

This explains why a modern building can induce a sense of unease without the source of that unease being apparent. It could even be said that this is one of the reasons for what is known as “sick building syndrome” where workers take sick leave with unidentifiable illnesses; their offices literally make them ill. Don’t forget that the word disease could also be written dis-ease.

…the essential importance of Ø is that it represents universal harmony; a picture which displays its elements according to the ratio will be pleasing to the eye; a building constructed in the same way will likewise be a thing of beauty… we all know it when we see it but without being able to articulate what it is that pleases us…

to be continued

Two books of interest related to the same subject.

The Power Of Limits
by
György Dóczi
ISBN 0-87773-193-4

A Beginner’s Guide to Constructing the Universe
by
Michael S Schneider
ISBN 0-06-092671-6

Michael S Schneider’s web page

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JD‘s profile and a list of his posts can be found in the left sidebar at this site.

2 comments for “The Mathematical Precision Of The Universe – part3

  1. February 3, 2011 at 21:20

    Certainly makes one think, JD. Many thanks.

  2. February 3, 2011 at 23:09

    How weird is that… I encountered that second book for the first time today after checking out another book from a photography magazine I was reading.

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