Appendix 3.02 Survey of The Neurosciences a
nd Music I
I
Conference 2005
From Perception to Performance
Title, Category
AimMus. Material, Cultural Ref.Technology & ProcedureMain focus of interestConclusion51P. Passynkova et al.
(454-456)
Left auditory cortex specialization
Cat. 2: Consonance / Dissonance
52P.Steinbeis et al.
(457-461)
Processing of harmonic expectancy violations
Cat. 2: Harmony Cat. 19: Emotion
53P.Vines et al.
(462-466)
Dimensions of emotions in performance
Cat. 19: Emotion
Cat. 20: Musical expressionTo investigate the
representation of consonant
and dissonant chords in the auditory cortex
To study if harmonic expectancy violations can trigger emotional processes
To explore the dimensions of emotions conveyed by musicSynthesized chords and individual notes. Piano timbre using Cubasis software
CR: Western
Recorded music:Six Bachchorales containingunexpected harmonies, plusalt ered versions containing expected and very unexpected hamonies
CR: Western
Recorded music:Audio-videorecordings of two clarinetists playing a Stravinsky piece in three manners: immobile, standard and exaggerated
CR: WesternfMRI during listening to consonant and dissonant chords, and the individual harmonic tones of chords
EEG in30 locations, plusmeasurement of Electrodermal activity(EDA)Judgement task: comparingdurations, to show attention
12 musicians, 12 nonmusicians.
3 groups: auditory only, visual only, and auditory + visual. For each stimulus, the experience of 19 emotions
wasrated on Likert scales.
Factor analysis.Activation of auditory cortex
Differences in Event-relatedpotentials (ERP) and EDA between responses
Differences in emotional experiences between groups: auditory only, visual only, and auditory + visual.Stronger BOLD response to consonant than to dissonant chords in left posterior auditory cortex, mainlyplanum temporale Harmonically unexpected eventselicit emotional effectsVisual experiences was the primary channel through which the clarinetists’ performance intentions influenced the emotions of observers