Appendix 3.04 Survey of
The Neurosciences and Music I
V
Conference 2011
Learning and Memory
Title, CategoryAimMus. Material, Cultural Ref.Technology &ProcedureMain focus of interestConclusion
Steven Demorest, Lee Osterhout and Ramesh Gangolli ERP responses to cross
cultural music expectancy violations
Cat. 1: Melody
Cat. 7: Culture 21. Patrick Wong, Alice Chan, and Elizabeth HellmuthMargulisThe bimusical brain
Cat. 7: CultureWe examined listeners’ sensitivity to expectancy
violations across different cultures using Event
Related Potential (ERP)
methodology
Investigation of the effectsofpassive exposure on our nervous system without active use. Evaluation of how the brain acquires multiple symbolic systems by studying listeners who have exposure to more than one musical systemUS-born and Indian-born
subjects heard a series of 30 melodies taken from Western folk melodiesand 30 fromIndian ragas.
Western and Indian musicERP responses to musical violations. Each melody was presented randomly in blocks by culture and was heard in both its original and violated form
fMRI study: listeners who had been exposed to Western-only (mono-musicals), andboth Indian and Western musical systems (bimusicals) since childhood made tension (affective) judgment on Western and Indian musicThe P600 response found in previouswork in both musicand language: Variation based on theculturalbackground of the listener
Effects predominantly driven by between-music differencesin temporal regions in the mono-musicals and bybetween-music differences inlimbic regions in the bimusicalsPreliminary results: Western listeners were sensitive to expectancy violations within their own culture, but showed no significant response to violationswithin the Indianmusic context Connectivity analysis of
networks via structuralequation modeling (SEM) showeda higherdegree ofconnectivity and largerdifferentiationbetween themusic conditions within the
bimusicalsSymposium 4:MEMORY AND LEARNING IN MUSIC PERFORMANCE(22-26)Title, CategoryAimMus. Material, Cultural Ref.Technology & ProcedureMain focusof interestConclusion22.Virginia Penhune
Sensitive period effects for musical training
Cat. 9: Child development
Cat. 10: TrainingComparing the performance of early- (before age seven)
and late-trained (after ageseven) musicians who were matched for training and
experience on a variety of tasks of musical skillAuditory and visual rhythm reproductionA sensitive period: a time
during development when experience has a differential effect on later behaviour and on brain developmentThe results demonstrate thatearly musical training can have long-lastingeffects onadult music performance, and that early training may also be related to specific changes inbrain structure