Tonality Without Structure

Author:

Bostwick Jeffrey1,Seror George A.1,Neill W. Trammell1

Affiliation:

1. University at Albany, State University of New York

Abstract

In most Western music, notes in a melody relate not only to each other, but also to a “key”—a tonal center combined with an associated scale. Music is often classified as in a major or minor key, but within a scale that defines a major key, emphasizing different notes as the tonic yields different “modes.” Thus, within a set of notes, changing the tonal center changes the putative role of any given note. In this experiment, we eliminated all structural cues to the tonic within a melody by presenting notes randomly selected from the C major scale. A “mode” was established by a continuous drone note lower than the melody. Subjects rated mood (happy versus sad) and tension of each pseudo-melody. Consistent with Temperley and Tan (2013)—in which multiple structural cues were present—different modes produced reliable differences in judged mood and tension. Notably, modes with a major 3rd from the tonic (Ionian, Lydian, Mixolydian) were perceived as happier and less tense than modes with a minor 3rd (Dorian, Aeolian, Phrygian, Locrian). The results confirm that the perception of notes in a melody, and their consequent emotional connotation, depend at least in part to their relationship to a tonal center.

Publisher

University of California Press

Subject

Music

Reference28 articles.

1. For the benefit of musicians and nonmusicians who cannot read music notation, we will emphasize note names rather than written music in our discussion. We trust that musicians who can read music notation are likely to already be familiar with these concepts, and so written music would be superfluous.

2. We thank David Temperley for pointing this out to us.

3. We were ambivalent as to whether to include Locrian in the planned comparison, because it differs from the other modes in not having a perfect 5th (G in the present stimuli), and this is presumed to make it particularly unpleasant to Western listeners. Temperley and Tan (2013) noted that it is rarely encountered in Western music, and they did not include it in their experiment. However, as is evident from Table 2, the means for Locrian mode were similar to the other minor modes. Excluding the Locrian makes little difference to the planned comparisons: t(31) = 4.34, p < .0005, for mood; and t(31) = 2.34, p =.03, for tension.

4. Biamonte, N. (2010). Triadic modal and pentatonic patterns in rock music. Music Theory Spectrum, 32, 95–110.

5. Cooke, D. (1959). The language of music. London, UK: Oxford University Press.

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