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Experimental Aesthetics

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AESTHETICS, EXPERIMENTAL. Great artists through out the centuries have contributed to an empirical aesthetic in the broad sense of the term. Some of them have given us exten sive treatises based upon an analysis of their own methods of artistic production, or upon an investigation of existing works of art. Hogarth, for example, examined many forms of architecture, as well as the lines of the human figure, in a search for a norm of beauty which he thought eventually he had found in the ser pentine line, and Goethe in his Farbenlehre has made keen obser vations in regard to the aesthetics of colour. From the long list of names might also be mentioned Leonardo da Vinci, Sir Joshua Reynolds and M. E. Chevreul. G. Th. Fechner, however, is generally considered the founder of experimental aesthetics. He not only discussed the formal, or direct, and the associative fac tors underlying beauty on the basis of his experience of works of art, but he devised experiments in order to settle scientifically the question of the most pleasing proportions in geometrical forms and in line division. This problem had engaged the attention number of writers, whose results are in strong disagreement. Wolff insisted upon the proportion of I :I, while Adolf Zeising thought the proportion of the golden section (i :1.618) to be the most pleasing, on the principle that it gives the greatest possible diversity in a harmonious unity. It was the proportion of the golden section that Fechner desired to put to experimental proof. He spread figures of different sizes, such as ellipses, before the observer, with instructions to choose the one which seemed the most pleasing, or he had the person construct a figure according to the most pleasing proportion. It was these two methods of choice and construction, together with that of use, which he pro posed as the proper empirical methods of investigation, and these methods have continued to be employed up to the present day. Fechner found the golden section to hold in many instances, but he also found the proportions of r :1 and r :3 to be pleasing under certain circumstances. Lightner Witmer thought that Fechner used too few figures, and that the experiments were not properly controlled. He therefore used a serial order of figures with the least perceptible difference of proportion between them. He also had the figures compared in pairs. His results do not always agree with those of Fechner, but he established the importance of the golden section for rectangles and ellipses and line division. An interesting fact came to light in experiments conducted by R. P. Angier. His subjects divided a line at what seemed to them the most pleasing point. Although several persons came near the golden section, no one actually chose it. Nevertheless, the average of all observers was almost exactly the golden section. His results served as a warning not to place too much weight upon averages in the search for an aesthetic norm. In general, however, it may be said that the golden section and symmetry are pleasing, that a division very near the middle and one which makes the shorter line less than a quarter of the length of the whole line are displeasing.

Numerous experiments have been made upon form and balance, with the principal aim of obtaining a psychological explanation of the pleasing effects. T. H. Haines and A. E. Davies, from their work with a series of cards having a constant length and varying width, decided that eye-movements, associations, balance between forces of attention, and suggestion, were the factors which deter mined the aesthetic effect. Ethel D. Puffer made an extensive study of balance by the use, among other objects, of lines of various sizes and in various positions. She found that the best aesthetic balance generally corresponded to the mechanical bal ance, and explained the results in terms of interest which, in the last analysis, meant for her a balance of motor impulses. L. J. Martin asserted that our preference for lines and shapes depends very much upon our attitude toward the objects we are judging. A slanting line, when interpreted as a bad vertical, is displeasing, but when we think of it as a horizontal line which is raising itself to a vertical, it is pleasing. F. Sander believes that absence of feelings of tension produces a restful effect such as is experienced in viewing Greek architecture, while vivid tensions underlie our reactions to Romanesque and Gothic architecture. Th. Lipps's theory of empathy has also frequently been offered as an explana tion of aesthetic pleasure in form. It has further been shown that straight, curved or zigzag lines not only give us varying degrees of pleasure, but arouse in us distinct moods.

Colour.

Goethe in his Farbenlehre discussed the moods aroused by colours, and the different psychological effects of dif ferent colour combinations. Chevreul studied colours from the aesthetic standpoint, and remarked that complementary colours form the most pleasing combinations, as there is a harmony in the contrast, and half a century later Bezold stated that the colours which are very nearly, but not quite, complementary form the best combinations. Towards the end of the last century, Jonas Cohn and August Kirschmann performed controlled experiments on colour in the manner advocated by Fechner. Both men found contrast to be pleasing, and Cohn's results led him to conclude that saturated colours are in most instances preferred. From about this time the number of treatises on colour preferences be gan to grow rapidly, and the papers have covered a large field of investigation. The effects of hue, saturation and brightness, to gether with such factors underlying preference as the time of exposure of the colours, suggestion and association, have been studied. A large number of treatises deal with the colour prefer ences of infants and school children, and the changes in colour preference which occur with age. Comparative studies have also been made of the colour preferences of the sexes and' of races. The experiments were done under such widely different conditions that in many cases they are hardly comparable, and the results are so numerous and varied that they are difficult to summarize. In no instance was there any great agreement in regard to the pref erence either for single colours or for combinations, and often there was not even a great constancy in the choice of the individ ual observer. All that one can indicate are general tendencies. Red and blue seem to be the favourite colours, and orange and yel low usually rank low. It appears from the mass of information that has been collected that men have the strongest preference for blue and women for red. A typical order of preference is blue, red, purple, green, orange, yellow, which would mean that the colours at the ends of the spectrum have the best chance of being chosen as the most pleasing. Also, saturated colours have a strong at traction, but are not always preferred. As Titchener has re marked, there seem to be two types of observers, one of which prefers saturated colours, the other definitely prefers unsaturated or what are popularly called artistic colours. E. Bullough has made an analysis of the psychological attitude of persons toward colours, and has found that there are four main types of judg ments: the objective, where the peculiarities of the colours such as clarity are observed ; the physiological, where the aspects of warmth, hardness, etc., are noted; the associative, where the cbl ours remind the observer of some experience ; and the character judgment, where the colours are expressive of mood. It seems, then, that our preference depends very much upon our attitude. Indeed, as von Allesch has stated, the old talk of beauty and ugli ness of colours has only relative meaning. All colours can be all things at the right moment and at the right place. Nevertheless, we may say that in general complementary colours seem to be pleasing in combination, and probably also those colours which are nearly complementary. On the other hand, colours which are neighbouring in the spectrum do not seem to go together. Har mony, however, can generally be obtained from the inharmonious combination of two colours by the proper selection of a third colour to form a triad.

William Preyer made one of the first investigations of the col our sense of infants. He found yellow to be preferred to blue. William McDougall found that in the fifth month the child's order of preference was red, green, blue. C. S. Myers found that red and green were distinctly preferred to the other colours and to greys. The child examined by C. W. Valentine preferred yellow, then white and pink and then red. T. R. Garth made an investi gation of i,000 white children, and found the order of prefer ence to be blue, green, red, violet, orange, yellow, white. In the investigation of full-blooded Indians, he found the order to be red, blue, violet, green, orange, yellow, white.

Sound.—The most important work on the psychology of music is that of Carl Stumpf. His book Tonpsychologie (189o) is a classic in this field and contains, among many theories and facts of importance, his psychological theory of consonance, which is based upon an empirical study of the perception of tonal com binations. For Stumpf, degree of consonance is correlated with degree of fusion of the two tones of a musical interval. In his subsequent writings, he has vigorously attacked the physical theory of consonance of Herman v. Helmholtz and F. E. Kruger. Stumpf has also done extensive work upon the tonal quality of vowels and consonants. One of his latest investigations in the auditory field is a comparison of singing and talking, which he finds not funda mentally different. In speaking we use for the most part a con tinuous change in tone, while in singing we use discrete tonal steps. H. T. Moore has shown experimentally that, up to a cer tain point, the pleasantness of tonal intervals grows with our experience of them, which accounts for the gradual change in our attitude toward consonance and dissonance. 0. Abraham and E. M. von Hornbostel, in their analysis of tonal intervals, have discovered two factors underlying the experience, one a qual itative, the other a quantitative, which they call distance or width of interval, and accord quality, respectively. C. E. Sea shore has devised a series of tests which can be given by means of phonograph records. In his latest work he describes the results obtained by photographing the vibrations of the singing voice. He has detected the presence of the vibrato, or synchronous oscilla tions of pitch and intensity at the rate of five to eight per second in artistic singing.

\ In experiments upon the appreciation of pictures the intro spective method has usually been employed. 0.1pe showed pictures for three seconds each to a number of persons, and re corded their reports. He did not find evidence of empathy to support Lipps's theory. On the other hand, muscular sensations in a form which, according to Karl Groos, is called inner mimic ry are present at times, but not always. A unique method of in vestigating the effect of pictures upon children was used by R. Schultze, who photographed the children while they were looking at the pictures. One was often able to judge from the photo graphs which picture the child had been looking at, as well as the mood which had been aroused.

A laboratory research in the field of literature which is sugges tive, both from the point of view of method and content, is that of R. C. Givler. He showed conclusively the importance of the mere sound of words in conveying the meaning as well as the moods of poetry. Most of the investigations of the aesthetics and psychology of prose and poetry, however, have been in the nature of a direct analysis of the works themselves, or a study of the life of the artist, and do not come under experimental aes thetics in the narrow sense of that term, as used in this article. J. L. Lowes' The Road to Xanadu (1927) might, however, be mentioned as a model piece of research of this nature. Comparing the contents of a note-book left by Coleridge with the text of The Rhyme of the Ancient Mariner and Kubla Khan, Lowes has been able to analyze most convincingly the subconscious mind of that poet. Freud and his followers have also made numerous analyses of the subconscious minds of artists. Their results will undoubt edly be of interest to those persons who believe in the psycho analytic method, and even the sceptic will find some suggestive material in their writings.

BIBLIOGRAPHY.-For

a history of experimental aesthetics up to 1899 Bibliography.-For a history of experimental aesthetics up to 1899 the reader is referred to J. Larguier des Bancels's article "Les Methodes de l'esthetique experimentale" in L'Annee Psychologique, vi., pp. 144-190 (1899) • C. W. Valentine's little work, An Introduction to the Experimental Psychology of Beauty (1913), describes a few typical experiments upon colour, form, balance and symmetry, and the aesthetic contemplation of pictures. C. S. Myers's Text-book of Ex perimental Psychology, pt. 1, ch. xxiv. (1922), deals primarily with the methods employed in experimental aesthetics. For a general treatment of psychological aesthetics see W. Wundt, Physiologische Psychologie, iii., pp. 123-209 (5th ed., Leipzig, 19o2). For a summary of the work on aesthetics of colour see J. H. Parsons, An Introduction to the Study of Colour Vision (1924) and M. Luckiesh, The Language of Colour (192o). For a history of the problem of tonal intervals see M. Guernsey, "The Role of Consonance and Dissonance in Music," Amer. J. Psychol., xl., pp. 173-204 (1928). The articles of Carl E. Seashore and his pupils upon the experimental psychology of music are to be found in the Iowa Studies in Psychology, Psychol. Rev. Monog. Supl., Nos. 69, 108, 140, 167, 168. A comprehensive view of the literature upon the dynamic effect of music may be obtained in C. M. Diserens, The Influence of Music on Behavior (Princeton, 1926). For the psychology of rhythm see C. M. Ruckmick, "A Bibliography of Rhythm," Amer. J. Psychol., xxiv., pp. 508-519 (1913) ; xxvi., pp. (1915) ; xxix., pp. (1918) ; xxxv., PP. (1924). (H. S. L.)

colours, pleasing, colour, found and experiments