TY - JOUR
T1 - The Concept of Musical Consonance
T2 - A Link between Music and Psychoacoustics
AU - Terhardt, Ernst
N1 - Funding Information:
Kameoka,A ., Trans.) & Kuriyagawa, M. Consonance theory,p art I, II. Journalo f the Acoustical Societyo f America,1 969,45, 1451-1469. Levelt, W. J. M., van de Geer,J . P., & Plomp, R. Triadic comparisons of musicali ntervals. British Journalo f Mathematicaal ndStatistical Psychology, 1966, 19, 163-179. Plomp, R., & Levelt, M. J. M. Tonal consonancea nd criticalb andwidth.Journal of the Acoustical Societyo f America,1 965, 38, 548-560. RameauJ, . P.D emonstrationd u principe de l'harmonies ervantd e bassea tout l'artm usical theoretique pratiqueP. aris, Terhardt, E. Ubet era kustischeRauhigkeit 1750. und SchwankungsstarkAe.c ustica,1968, 20, 215-224. Terhardt, E. Tonhohenwahrnehmung und harmonisches Empfinden. In Akukstik und SchwingungstechnikB.e rlin:V DE-Verlae1, 972a. Terhardt, E. Zur Tonhohenwahrenehhmung von Klangen,I , II. Acustica,1 972b, 26, 173- 199. Terhardt, E. Pitch,c onsonance,and harmonyJ. ournalo f the Acoustical Societyo f America, 1974a, 55, 1061-1069. Terhardt, E. On the perception of periodic soundf luctuations(roughness). Acustica,1 974b, 30,201-213. Terhardt, E. Ein psychoakustischb egrundeteKs onzeptd erM usikalischenK onsonanzA. cus- tica, 1976, 36, Terhardt, E. The two-componentth eoryof musicalc onsonance.I nE. F.E vans6 cJ. P.W ilson (Eds.),P sychophysicand s physiologyo f hearing. London:A cademicPress, 1977. Wightman, F. L. The pattern-transformation model of pitch. Journal of the Acoustical Societyo f America,1 973, 54, 407-416. 2. Several helpful comments by H. Fasti and W. D. Wardo n an earlierv ersiono f this report are gratefullya cknowledgedThis . work was carriedo ut in the Sonderforschungsbe-reich KybernetikM, unchen,s upportedb y the Deutsche Forschungsgemeinschaft.
PY - 1984
Y1 - 1984
N2 - This paper is a presentation of the essentials of a new concept and foundation of musical consonance described by the present author in German in Acustica 36, 121–137 (1976). Musical consonance is considered from the terminological, musical, conceptual, and psychoacoustic aspects. An appropriate definition of musical consonance is given, based on the principles governing tonal music. Recent results on psychoacoustic evaluation of consonance, which at first glance appear to be in conflict with musical experience, can be reconciled by a two–component concept of musical consonance. The first component is called sensory consonance; it represents the graded absence of annoying factors and is not confined to musical sounds, that is, not music specific. The second component of musical consonance is called harmony; it represents the typical, musicspecific principles of tonal affinity, compatibility, and fundamental–note relation (root). This concept is discussed in the context of Helmholtz’s work on Konsonanz and Klangverwandtschaft. Helmholtz’s work turns out to be an excellent basis of modern solutions to the consonance problem, as much of it still is valid, while the remainder can readily be replaced by more appropriate new solutions. The psychoacoustic foundations of sensory consonance, as provided by modern psychoacoustics, are largely identical with those found by Helmholtz. With regard to harmony, that is, the music–specific component of musical consonance, a new psychoacoustic foundation is provided by the established principles of virtualpitch perception. Several consequences and prospects of the concept for musical science are briefly considered.
AB - This paper is a presentation of the essentials of a new concept and foundation of musical consonance described by the present author in German in Acustica 36, 121–137 (1976). Musical consonance is considered from the terminological, musical, conceptual, and psychoacoustic aspects. An appropriate definition of musical consonance is given, based on the principles governing tonal music. Recent results on psychoacoustic evaluation of consonance, which at first glance appear to be in conflict with musical experience, can be reconciled by a two–component concept of musical consonance. The first component is called sensory consonance; it represents the graded absence of annoying factors and is not confined to musical sounds, that is, not music specific. The second component of musical consonance is called harmony; it represents the typical, musicspecific principles of tonal affinity, compatibility, and fundamental–note relation (root). This concept is discussed in the context of Helmholtz’s work on Konsonanz and Klangverwandtschaft. Helmholtz’s work turns out to be an excellent basis of modern solutions to the consonance problem, as much of it still is valid, while the remainder can readily be replaced by more appropriate new solutions. The psychoacoustic foundations of sensory consonance, as provided by modern psychoacoustics, are largely identical with those found by Helmholtz. With regard to harmony, that is, the music–specific component of musical consonance, a new psychoacoustic foundation is provided by the established principles of virtualpitch perception. Several consequences and prospects of the concept for musical science are briefly considered.
UR - http://www.scopus.com/inward/record.url?scp=84968140538&partnerID=8YFLogxK
U2 - 10.2307/40285261
DO - 10.2307/40285261
M3 - Article
AN - SCOPUS:84968140538
SN - 0730-7829
VL - 1
SP - 276
EP - 295
JO - Music Perception
JF - Music Perception
IS - 3
ER -