List of authors
Download:TXTPDF
Art
communication, then the distressing confusions and disappointments which greatly affect many amateur artists will be avoided.

Let us now go back to the problem of art as contrasted with science and philosophy. In science and philosophy there are probably two main methods of explaining reality. One is the method of concentrating attention on the atomic elements of reality. This is represented in classical antiquity by the work of Democritus and Lucretius and is the basic methodology of modern physics and chemistry starting with Galileo and Newton. We see it applied on the psychological level in behaviourism.

The other method is the formal one of concentrating attention on the gestalten of nature, on the forms which are presented on a large scale. In the classical period this formal approach was represented, in different ways, by Plato and Aristotle, and in modern science we see it in taxonomy, in comparative anatomy, and in morphology. Incidentally, the word ‘morphology’ was invented by Goethe, so it has a profoundly artistic and poetic overtone to it; in modern psychology we see it represented in the Gestalt school.

In most cases art has been more interested in the second approach to reality, although there have been atomic approaches. In modern literature we can find examples in D. H. Lawrence’s Women in Love, in Dorothy Richardson’s novels, and in parts of James Joyce’s novels, where the concentration of attention seems to be on psychological elements so small—psychological atoms, so to speak—that they are below the level of character and narrative.

There is an analogy here with the smallest particles of physics and chemistry. In chemistry the molecule is below the level of colour and of temperature. The atom and the sub-atomic particles are still lower—they are even below the level of chemistry. Nevertheless, in literature as in science, when they are used well the ‘elementary particles’ do give us remarkable insights into reality.

In the field of music we may find something analogous in the works of the French composer Pierre Boulez, where the tones are almost atomic—below the level of melody and the ordinary forms of construction. Something of the kind can also be seen in some manifestations of non-representational art. I would think that some of the paintings of Jackson Pollock may be seen in the same way, as being art in which the artist has concentrated on the atomic elements of form—which are below the level of pattern in the ordinary sense and certainly below the level of representation of natural objects.

These atomic approaches, if they are well done, can be extremely interesting, although I think we should get tired of them after a time. In general, art has concentrated on the formal elements; it has concentrated not on the atoms composing the reality, but on the general patterns. It has looked for these patterns in the outside world and it has sought, by means of symbolic equivalents of these patterns, to impose an overall order and meaning on the reality which it finds so confusing.

Here another brief digression must be made to consider the nature of the symbolic forms which artists have chosen. Art can be divided into two main classes: those forms of art which deal with spatial reality and those forms of art which deal with reality where there is a time element. We shall find in both these cases that the symbols used by artists have a relationship with patterns occurring in the external world.

Let us consider first one of the fundamentals of spatial art, which is also one of the fundamentals of living objects in the natural world: the question of symmetry and asymmetry. As we see when we examine living creatures, there are two main forms of symmetry. There is the symmetry of the free living animal, which is a bilateral symmetry: the two sides of the animal match one another, but it is different fore and aft; it has a head and a tail and it moves in one direction. This is radically different from radial symmetry, which we find in many flowers and in those kinds of animals which are either sessile or free—which don’t have the capacity for moving purposively in any direction, but either stand still or just float passively about.

When we examine the way in which artists have used symmetry in their symbols, we see that where radial symmetry occurs as a symbol, it is always associated with ideas of repose and restfulness. The symbols having bilateral symmetry seem to have something dynamic and powerful and directed about them. This is strikingly illustrated when we contrast the domes and round arches of Byzantine and Romanesque architecture with the spires and pointed arches of Gothic. The first give us a strong impression of repose and stillness. The others give an equally powerful impression of dynamic purposefulness and movement and direction. We see, then, that there is here a strong, close relationship between the meaningfulness of symbols and the kinds of facts in the outer world which we observe and which we unconsciously transfer to our symbols.

The mathematical relationships within the patterns of the outside world are often very close to or identical with the mathematical relations within the symbolic forms which we find satisfactory in art. For example, the Golden Section, which underlies practically the whole compositional procedure of Western art, is frequently found in nature; and such mathematical relationships as the Fibonacci series and the logarithmic spiral occur both in nature and in art and are felt to be profoundly satisfying. The mathematical relations which are used by animals as what modern ethologists call ‘releasing mechanisms’ are very simple and striking patterns which are easily recognized even by animals on a quite low level, and they are felt by human beings to be aesthetically significant.

In the same way, we find that natural rhythms are used in temporal symbols. After all, in all forms of temporal art (poetry, drama, narrative, dancing, music) we find the same elementary symbols being used: repetitions, variations on a theme, rhythms of a more or less circular nature, or rhythms proceeding, so to speak, in a straight or an undulating line. Analogies of all these are found in nature. The movement of the heavenly bodies, the cycle of growth, the rhythms of breathing, of heart activity, of peristalsis, and so on, and the more irregular rhythms such as hunger and satisfaction, all find their analogy in the various arts which contain an element of time.

Man looks at the external world, sees the cosmic and physiological rhythms around him, makes an analogue of them in his temporal arts, and uses them to impose upon what Alfred North Whitehead calls ‘the flux of perpetual perishing’ a rhythmic and repetitive pattern. He gives meaning and order to something which, when it is not ordered, is apt to seem terrifying—the movement towards an inevitable darkness in the future. Man has to make these patterns to give a kind of sense and coherence and meaning to the flux of time; he derives them from elements in nature, strengthens them in his system of symbols, and then reimposes them upon nature so as to make nature more coherent in his own mind.

Now we have to consider what happens when the artist decides to create. Psychologically, what he does may be described roughly in this way: he pays attention to something in his own mind or in the external world in which he is interested and which he wants to reduce to symbols and express. Then he leaves himself open to anything which may come into his mind and enrich his ideas about what he is paying attention to, permitting him to impose a more elaborate and subtle order upon the symbol system which he is going to make. Anything which drifts into his mind may be used in this process—associations with events in his past life, pieces of scientific or philosophical or historical knowledge, things observed here and there in the external world—all this is grist to his mill. These elements are then by the imagination harmonized into a whole and expressed in the symbolic terms appropriate to the particular art in question.

The definition of imagination given by Coleridge is a very famous one and you are probably familiar with it, but I think it is worth reading again. He defines it as

the power which reveals itself in the balance or reconcilement of opposite or discordant qualities, of sameness, with difference; of the general, with the concrete; of the idea, with the image; the individual, with the representative; the sense of novelty and freshness, with old and familiar objects.

This bringing together of disparate and often apparently irrelevant or even mutually hostile objects of knowledge or experience, and fusing them together in a single whole, is extremely important in all considerations of artists.

On what may be called the ‘molecular scale’ of art, we see the power of imagination illustrated very clearly in literature by the metaphor. The metaphor is essentially a bringing together by the imagination of elements which are fundamentally disparate and irrelevant to make of them a new whole which strikes us when we read it as giving a new meaning and order not only to the elements which are brought together, but to the point which they illustrate.

Let me give a few examples of good metaphors. First, the metaphor in Macbeth about sleep: ‘Sleep that knits up the ravell’d sleave of care.’ Here the metaphor is the ball of silk which is being tangled by a kitten playing with it; sleep smoothes it out and puts it to order again. This is an extremely powerful and beautiful metaphor.

Consider

Download:TXTPDF

communication, then the distressing confusions and disappointments which greatly affect many amateur artists will be avoided. Let us now go back to the problem of art as contrasted with science